{ "schemaVersion": 1, "date": "2026-09-07", "packageId": "general-stress", "scope": "Configured membership and registered descriptions, not live licensing or calculation certification", "web": { "commit": "1cd12e8b173ba72aa5c95c98a14772b7ee537997", "branch": "main13.0", "dirty": true }, "desktop": { "commit": "40606b705b2df95e550ffef5e98ab733ccc66229", "branch": "fix-iteration/v10", "dirty": false }, "files": [ { "repo": "LV-Atlas-Web", "path": "src/LvAtlasWeb.Api/App_Data/module-groups.json", "sha256": "d0da0a140fc83c6515f154d00c04a7d4c71d98adbb7a615b9f0301412cb1e80f" }, { "repo": "LV-Atlas-Web", "path": "src/modules/xml/ModuleInfoList.xml", "sha256": "09d40bef101969fdcc2c17efbd30c5945ec2d8b3c3e19283a21784f9daec0c7e" }, { "repo": "LV-Atlas-Web", "path": "src/modules/info/Modules.info.json", "sha256": "6fe0be8839983494b89eb757aded9ac817c2b59a5b9a7e8f9ae1f1d6dfda93d1" }, { "repo": "LV-Atlas-Web", "path": "src/modules/info/ModuleWebUi.json", "sha256": "57634dac5bd6d9a5fffb58f6e4f6f2e1cb0a75b476dc678be8e10534ff1358a5" } ], "members": [ { "token": "AD", "registryToken": "AD", "displayName": "Project", "registered": true, "description": { "de": "Mit dem Modul Project können Betriebs- und Prüfdaten sowie die wesentlichen Bauteile eines Druckbehälters mit den Hauptabmessungen und den verwendeten Werkstoffen in einem Formblatt erfasst werden.\n\nIm Modul Project wird festgelegt, welche Berechnungsvorschrift verwendet wird und nach welcher Norm die Werkstoffdefinition erfolgen soll.", "en": "The Project module summarizes operational and test data, as well as the main parts of a pressure vessel including main geometrical data and used material in one working sheet. For the final calculation, the specified modules are adjusted and their data are connected to the working sheet.\n\nThe Project module determines which calculation code is used and according to which standard the material definition should be done." }, "headlines": [ { "de": "", "en": "" }, { "de": "Arbeitsblatt Druckbehälterberechnung", "en": "Worksheet for pressure vessel design" } ], "source": { "de": "", "en": "", "neutral": "" } }, { "token": "ANBA", "registryToken": "ANBA", "displayName": "ANBA Obsolete", "registered": true, "description": { "de": "Für h ≤ 50 m", "en": "For h ≤ 50 m" }, "headlines": [ { "de": "", "en": "" }, { "de": "Verkehrslasten auf einen zylindrischen Körper mit Anbauten", "en": "Live loads on a cylindrical body with attachments" } ], "source": { "de": "", "en": "", "neutral": "DIN 4133: 1991-11" } }, { "token": "BS55", "registryToken": "BS55", "displayName": "BS55 Obsolete", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "Liegende Behälter auf Sätteln: Berücksichtigung von Zusatzkräften", "en": "Vessels lying on saddles: Consideration of additional forces" }, { "de": "", "en": "" } ], "source": { "de": "", "en": "", "neutral": "BS 5500: 1985-01" } }, { "token": "E912", "registryToken": "E912", "displayName": "ESMC912", "registered": true, "description": { "de": "BASF Werksnorm: Lasttransformation bei Stutzenbelastungen für liegende Behälter auf zwei Sätteln nach BASF E-S-MC 912 (April 2016) unter Berücksichtigung der NozzleSpecApp", "en": "BASF works standard: Load transformation at nozzle loads for horizontal tanks on two saddles according to BASF E-S-MC 912 (April 2016) with consideration of the NozzleSpecApp" }, "headlines": [ { "de": "", "en": "" }, { "de": "Lasttransformation bei Stutzenbelastungen für liegende Behälter auf zwei Sätteln", "en": "Load transformation of nozzle loads for horizontal vessels on two saddles" } ], "source": { "de": "", "en": "", "neutral": "BASF E-S-MC 912: 2016-04" } }, { "token": "ECKA", "registryToken": "ECKA", "displayName": "ECKA", "registered": true, "description": { "de": "Das Modul ECKA ermittelt die optimalen Eckankerquerschnitte nach einem Vorschlag der Zeitschrift \"Technische Überwachung\".\n\nZudem wird die Ankerbreite in der Mitte sowie am bodenseitigen und mantelseitigen Anschluss ausgewiesen, wodurch die spannungsflussgerechte Gestaltung erleichtert wird.", "en": "The ECKA module determines the optimal diagonal stay cross sections according to the magazine \"Technische Überwachung\".\n\nFurthermore, the hanger rod width is in the center as well as at the end side and shell side connection are presented, which simplifies the tension flux conform styling." }, "headlines": [ { "de": "", "en": "" }, { "de": "Eckanker", "en": "Diagonal stays" } ], "source": { "de": "Vereinbaung Dampfkessel 003 2011-01", "en": "Vereinbaung Dampfkessel 003 2011-01", "neutral": "" } }, { "token": "EJMA", "registryToken": "EJMA", "displayName": "EJMA", "registered": true, "description": { "de": "Die Kompensatoren können als Einzelbalgkompensator oder als Universalkompensator ausgeführt sein. Der Anwender gibt den Druck, die Temperatur, die Geometrie, die Werkstoffe und die Verschiebungen vor.\n\nDie bei einer eventuellen Vorspannung des Kompensators aufgebrachten Verschiebungen können berücksichtigt werden.", "en": "The expansion joints might be single expansion joints or universal epansion joints. The user specifies pressure, temperature, the geometrical dimensions, the materials and the movements.\n\nThe movements of a pre-stressing of the expansion joint can be considered." }, "headlines": [ { "de": "", "en": "" }, { "de": "Balgauslegung", "en": "Design of bellows" } ], "source": { "de": "", "en": "", "neutral": "EJMA Standards, 10th Edition 2015\\2016" } }, { "token": "EJMR", "registryToken": "EJMR", "displayName": "EJMR", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Rechteckige Kompensatoren", "en": "Rectangular bellows" } ], "source": { "de": "", "en": "", "neutral": "EJMA Standards, 8th Edition 2003" } }, { "token": "ELKR", "registryToken": "ELKR", "displayName": "ELKR", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Elastizitätskriterium räumlicher Rohrleitungen", "en": "Elasticity criterion of pipes" } ], "source": { "de": "", "en": "", "neutral": "AD 2000 HP 100 R" } }, { "token": "LOBO", "registryToken": "LOBO", "displayName": "LOBO", "registered": true, "description": { "de": "Das Modul LOBO berechnet die erforderliche Bodendicke stark perforierter ebener Böden, die regelmäßig und unregelmäßig durch Füße oder Anker abgestützt sein können. Das Berechnungsverfahren leitet sich in der Hauptsache aus dem AD Merkblatt B5 ab.", "en": "The LOBO module calculates the required plate thickness of highly perforated even plates, which may be regularly and irregularly supported by feet or anchors. The calculation method is mainly derived from the AD Merkblatt B5 ." }, "headlines": [ { "de": "", "en": "" }, { "de": "Ebene Lochböden mit und ohne Verankerungen", "en": "Flat perforated heads with and without anchorages" } ], "source": { "de": "", "en": "", "neutral": "AD Merkblatt B5" } }, { "token": "MECK", "registryToken": "MECK", "displayName": "MECK", "registered": false, "description": { "de": "Das Modul ECKA berechnet die Anordnung von Eckankern nach der Vereinbarung Dampfkessel 003 2011-01\".\n\nZudem wird die Ankerbreite in der Mitte sowie am bodenseitigen und mantelseitigen Anschluss ausgewiesen, wodurch die spannungsflussgerechte Gestaltung erleichtert wird.", "en": "The MECK module calculates the diagonal stay arrangement cross sections according to tVereinbarung Dampfkessel 003 2011-01\".\n\nFurthermore, the hanger rod width is in the center as well as at the end side and shell side connection are presented, which simplifies the tension flux conform styling." }, "headlines": [ { "de": "", "en": "" }, { "de": "Eckanker", "en": "Diagonal stays" } ], "source": { "de": "Vereinbaung Dampfkessel 003 2011-01", "en": "Vereinbaung Dampfkessel 003 2011-01", "neutral": "" } }, { "token": "SPAR", "registryToken": "SPAR", "displayName": "SPAR", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Spannringe", "en": "Clamping rings" } ], "source": { "de": "", "en": "", "neutral": "" } }, { "token": "STUT", "registryToken": "STUT", "displayName": "STUT", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Stutzen an Druckbehältern: Belastungen durch Rohrleitungen", "en": "Nozzles on Vessels: Stresses owing to pipe lines" } ], "source": { "de": "", "en": "", "neutral": "" } }, { "token": "TEM", "registryToken": "TEM", "displayName": "TEM Obsolete", "registered": true, "description": { "de": "Ersetzt durch UHX Module", "en": "Replaced by UHX modules" }, "headlines": [ { "de": "", "en": "" }, { "de": "Longitudinalspannungen", "en": "Longitudinal stresses" } ], "source": { "de": "", "en": "", "neutral": "TEMA: 1999" } }, { "token": "VERK", "registryToken": "VERK", "displayName": "VERK Obsolete", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Verkehrslasten", "en": "Live loads" } ], "source": { "de": "", "en": "", "neutral": "DIN 4133: 1991-11" } }, { "token": "WARZ", "registryToken": "WARZ", "displayName": "WARZ", "registered": true, "description": { "de": "WARZ ist ein Modul zur Berechnung der Krempen von Behältern mit Doppelmantel. Die Krempen können dabei mit oder ohne Wulst ausgeführt sein.", "en": "WARZ is a module for the calculation of knuckles for vessels with jackets. The knuckles can be designed with or without bulge." }, "headlines": [ { "de": "", "en": "" }, { "de": "Krempen an Doppelmänteln", "en": "Knuckles on jacketed vessels" } ], "source": { "de": "Bayer Werksnorm 10: 1969-08", "en": "", "neutral": "" } }, { "token": "WIND", "registryToken": "WIND", "displayName": "WIND Obsolete", "registered": true, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Windlasten", "en": "Wind loads" } ], "source": { "de": "", "en": "", "neutral": "" } }, { "token": "WND", "registryToken": "WND", "displayName": "WND Obsolete", "registered": false, "description": { "de": "", "en": "" }, "headlines": [ { "de": "", "en": "" }, { "de": "Windlasten", "en": "Wind loads" } ], "source": { "de": "", "en": "", "neutral": "DIN 1055-4: 2005-03" } }, { "token": "WRC", "registryToken": "WRC", "displayName": "WRC", "registered": true, "description": { "de": "Das Programm ermittelt die Zusatzspannungen in Zylinderschalen, die durch äußere Stutzenkräfte und Momente hervorgerufen werden. Zusätzlich und als Ergänzung zum WRC Bulletin 107 können die Innendruckspannungen mit den entsprechenden Spannungserhöhungsfaktoren überlagert werden.", "en": "The program determines the additional stresses in cylindrical shells caused by external nozzle forces and moments. In addition and as a supplement to WRC Bulletin 107, the internal compressive stresses can be superimposed with the corresponding stress intensification factors." }, "headlines": [ { "de": "", "en": "" }, { "de": "Spannungen in Zylinderschalen durch äußere Stutzenlasten", "en": "Stresses in cylindrical shells caused by external support loads" } ], "source": { "de": "", "en": "", "neutral": "WRC 107" } }, { "token": "WRCK", "registryToken": "WRCK", "displayName": "WRCK", "registered": true, "description": { "de": "Das Programm ermittelt die Zusatzspannungen in Kugelschalen, die durch äußere Stutzenkräfte und Momente hervorgerufen werden. Zusätzlich und als Ergänzung zum WRC Bulletin 107 können die Innendruckspannungen mit den entsprechenden Spannungserhöhungsfaktoren überlagert werden.", "en": "The program determines the additional stresses in spherical shells caused by external nozzle forces and moments. In addition and as a supplement to WRC Bulletin 107, the internal compressive stresses can be superimposed with the corresponding stress intensification factors." }, "headlines": [ { "de": "", "en": "" }, { "de": "Spannungen in Kugelschalen durch äußere Stutzenlasten", "en": "Stresses in spherical shells by external support loads" } ], "source": { "de": "", "en": "", "neutral": "WRC 107 / WRC 537" } }, { "token": "WTOR", "registryToken": "WTOR", "displayName": "WTOR", "registered": true, "description": { "de": "Berechnung von Wellen, die mit einem Torsionsmoment beansprucht werden.", "en": "Calculation of shafts subjected to a torsional moment." }, "headlines": [ { "de": "", "en": "" }, { "de": "Wellendimensionierung", "en": "Shaft dimensioning" } ], "source": { "de": "", "en": "", "neutral": "" } }, { "token": "ZIEH", "registryToken": "ZIEH", "displayName": "ZIEH", "registered": true, "description": { "de": "Ausgehend von der notwendigen Schraubenkraft im Einbauzustand, die aus AD-Merkblatt B7 oder der DIN 2505 berechnet werden kann, sowie der Schraubengeometrie und den Reibungszahlen wird das Anziehmoment für Starr- oder Dehnschrauben berechnet.", "en": "The tightening torque for rigid or expansion bolts is calculated on the basis of the required bolt force in the installation state, which can be calculated from AD leaflet B7 or DIN 2505, as well as the bolt geometry and friction coefficients." }, "headlines": [ { "de": "", "en": "" }, { "de": "Anziehmoment von Schraubenverbindungen", "en": "Bolting torque of bolt joints" } ], "source": { "de": "", "en": "", "neutral": "VDI 2230" } }, { "token": "K10A", "registryToken": "K10A", "displayName": "K10A", "registered": true, "description": { "de": "Berechnung unversteifter ebener Platten mit rechteckiger oder elliptischer Fläche für Großwasserraumkessel nach EN 12953-3 mit Formfaktoren nach Tabelle 4. Beheizung durch Strahlung oder Konvektion sowie die Rauchgas-Eintrittstemperatur werden berücksichtigt.", "en": "Design of unstayed flat plates with rectangular or elliptical area for shell boilers according to EN 12953-3, using shape factors from table 4. Heating by radiation or convection and the flue gas entry temperature are taken into account." }, "headlines": [ { "de": "", "en": "" }, { "de": "Unversteifte ebene Platten für Großwasserraumkessel nach EN 12953-3", "en": "Unstayed flat plates for shell boilers according to EN 12953-3" } ], "source": { "de": "", "en": "", "neutral": "DIN EN 12953-3" } }, { "token": "KRVE", "registryToken": "KRVE", "displayName": "KRVE", "registered": true, "description": { "de": "Berechnung der Kraft- und Verformungsverhältnisse vorgespannter Schraubenverbindungen (Verspannungsschaubild) für Montage- und Betriebszustand auf Basis der Nachgiebigkeiten von Schraube und verspannten Bauteilen.", "en": "Calculation of the force and deformation conditions of prestressed bolted connections (joint diagram) for the installation and operating condition, based on the resiliences of bolt and clamped parts." }, "headlines": [ { "de": "", "en": "" }, { "de": "Kraft- und Verformungsverhältnisse bei vorgespannten Schraubenverbindungen", "en": "Force and deformation conditions of prestressed bolted connections" } ], "source": { "de": "", "en": "", "neutral": "" } }, { "token": "KSTA", "registryToken": "KSTA", "displayName": "KSTA", "registered": true, "description": { "de": "Kolonnenstatik: berechnet für alle Kolonnenschüsse die auftretenden Kräfte und Momente, die Spannungen abhängig von Wind- oder Erdbebenbelastung sowie die Bewegungen und die Belastung der Fußpunkte und Führungen. Die Ausgabe erfolgt tabellarisch und grafisch.", "en": "Column statics: calculates for all column sections the forces and moments, the stresses depending on wind or earthquake load, the movements and the loads on base points and guides. Output is provided in tabular and graphical form." }, "headlines": [ { "de": "", "en": "" }, { "de": "Momenten-, Querkraft- und Spannungsverlauf in geführten Kolonnen mit Windbelastung", "en": "Moments, forces and stresses in columns under wind loads" } ], "source": { "de": "", "en": "", "neutral": "" } } ], "coreFiles": [ { "repository": "All-Dev", "path": "LvDataFolder/DotNet_Module/KRVE_.Net/LvKRVE.NET/BenennStr.xml", "sha256": "81b78c33575917c7dd422eea85c65af8603120f7f38e29d2f214a6334ad00371" }, { "repository": "All-Dev", "path": "LvDataFolder/DotNet_Module/KRVE_.Net/LvKRVE.NET/KRVE.vb", "sha256": "3efe097adfc81dab8b13fde3ab32f4ca4a1a896f7016bc5656012a962cf54230" }, { "repository": "All-Dev", "path": "LvDataFolder/DotNet_Module/KRVE_.Net/LvKRVE.NET/KAPKRVE.vb", "sha256": "daa970b6cc3680d9dcd000eb097080bdf7c090833b99cd2561e493611d342834" }, { "repository": "LV-Atlas-Web", "path": "src/modules/masks/KRVE.json", "sha256": 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"repository": "LV-Atlas-Web", "path": "src/modules/masks/WRCK.json", "sha256": "6130063c64f1b2253823d39122569c68f1fc0240b4ac9ce8079827f7b4a95489" } ], "details": [ { "id": "KRVE", "labels": [ { "id": "1", "label": { "de": "Vorspannkraft der Schraube", "en": "Pre-stressing force bolt" } }, { "id": "2", "label": { "de": "Klemmkraft der Bauteile", "en": "Clamping force of the components" } }, { "id": "3", "label": { "de": "Gewindeaußendurchmesser", "en": "Outside thread diameter" } }, { "id": "4", "label": { "de": "Außendurchmesser Kopfauflagefläche", "en": "Outside diameter of head support area" } }, { "id": "5", "label": { "de": "Länge des glatten Schaftes", "en": "Length of the smooth shank" } }, { "id": "6", "label": { "de": "Länge des Dehnschaftes", "en": "Length of reduced shank" } }, { "id": "7", "label": { "de": "Länge nicht eingeschraubtes Gewindes", "en": "Length of thread (not been bolted in)" } }, { "id": "8", "label": { "de": "Nennquerschnitt des Schraubenschaftes", "en": "Nominal cross section of the bolt shank" } }, { "id": "9", "label": { "de": "Querschnittsfläche glatter Schaft", "en": "Smooth shank cross-sectional area" } }, { "id": "10", "label": { "de": "Querschnittsfläche Dehnschaft", "en": "Cross-sectional area of reduced shank" } }, { "id": "11", "label": { "de": "Kernquerschnitt des Gewindes", "en": "Cross section of the bottom of the thread" } }, { "id": "12", "label": { "de": "Außendurchmesser verspannte Hülse", "en": "Outside diameter of the sleeve" } }, { "id": "13", "label": { "de": "Durchmesser des Durchgangsloches", "en": "Diameter of hole which passes" } }, { "id": "14", "label": { "de": "Klemmlänge der verspannten Teile", "en": "Grip of bolt-loaded parts" } }, { "id": "15", "label": { "de": "E-Modul Schraubenwerkstoff", "en": "Modulus of elasticity bolt material" } }, { "id": "16", "label": { "de": "E-Modul verspannte Teile", "en": "Modulus of elasticity stressed partsts" } }, { "id": "17", "label": { "de": "Ersatzquerschnitt", "en": "Equivalent cross section" } }, { "id": "18", "label": { "de": "elastische Nachgiebigkeit Schraube", "en": "Compliance of the bolt" } }, { "id": "19", "label": { "de": "elastische Nachgiebigkeit versp. Teile", "en": "Compliance of stressed parts" } }, { "id": "20", "label": { "de": "elastische Längenänderung Schraube", "en": "Elastic long. deformation of the bolt" } }, { "id": "21", "label": { "de": "elast. Längenänderung verspannte Teile", "en": "Elastic long. deform. of stressed parts" } }, { "id": "22", "label": { "de": "Außendurchm. verspannte Hülse - Fall 1", "en": "Outside diam. of stresses sleeve Case 1" } }, { "id": "23", "label": { "de": "Außendurchm. verspannte Hülse - Fall 2", "en": "Outside diam. of stresses sleeve Case 2" } }, { "id": "24", "label": { "de": "Außendurchm. versp. Hülse - Grenzfall", "en": "Flange bolt-sleeve - limiting case" } }, { "id": "25", "label": { "de": "Ersatzquerschnitt Fall 1 und 2", "en": "Equivalent cross section Case 1 and 2" } }, { "id": "26", "label": { "de": "Hilfswert", "en": "Auxiliary value" } }, { "id": "27", "label": { "de": "Außendurchm. verspannte Hülse - Fall 3", "en": "Outside diam. of stresses sleeve Case 3" } }, { "id": "28", "label": { "de": "Ersatzquerschnitt Fall 3", "en": "Equivalent cross section Case 3" } }, { "id": "29", "label": { "de": "Wert für D_A in Fall 1 und 2", "en": "Value for D_A in Case 1 and 2" } }, { "id": "30", "label": { "de": "Berechnungstemperatur", "en": "Calculation temperature" } }, { "id": "31", "label": { "de": "Werkstoff Schraube", "en": "Material code bolt" } }, { "id": "32", "label": { "de": "Werkstoff verspannte Teile", "en": "Material stressed parts" } } ] }, { "id": "ZIEH", "labels": [ { "id": "1", "label": { "de": "max. Schraubenkraft (Einbau + Betrieb)", "en": "Maximum bolt load (bolting-up + operat.)" } }, { "id": "2", "label": { "de": "Flankendurchmesser des Gewindes d2", "en": "Pitch diameter of the thread d2" } }, { "id": "3", "label": { "de": "Bohrungsdurchmesser Db", "en": "Diameter of drill hole Db" } }, { "id": "4", "label": { "de": "Aussendurchmesser Auflagefläche Kopf", "en": "OD of the contact face of the bolt head" } }, { "id": "5", "label": { "de": "Reibungsziffer u\u0027\u0027 (Kopf/Auflager)", "en": "Friction coefficient u\u0027\u0027 (head/support)" } }, { "id": "6", "label": { "de": "Reibungszahl u (Gewinde)", "en": "Friction factor (thread)" } }, { "id": "7", "label": { "de": "Flankelwinkel alpha", "en": "Pitch angle alpha" } }, { "id": "8", "label": { "de": "Gewindesteigung P", "en": "thread pitch P" } }, { "id": "9", "label": { "de": "Gewindeart", "en": "Thread type" } }, { "id": "10", "label": { "de": "tan(beta)", "en": "tan(beta)" } }, { "id": "11", "label": { "de": "tan(rho\u0027)", "en": "tan(rho\u0027)" } }, { "id": "12", "label": { "de": "beta", "en": "Beta" } }, { "id": "13", "label": { "de": "rho\u0027", "en": "rho\u0027" } }, { "id": "14", "label": { "de": "Gewindereibungsmoment", "en": "Frictional moment of the thread" } }, { "id": "15", "label": { "de": "Kopfreibungsmoment", "en": "Frictional moment of the head" } }, { "id": "16", "label": { "de": "Anziehmoment", "en": "Bolting torque" } }, { "id": "17", "label": { "de": "Maskenende", "en": "End of mask" } }, { "id": "18", "label": { "de": "Anzahl der Schrauben", "en": "Number of bolts" } }, { "id": "19", "label": { "de": "Anziehmoment", "en": "Bolting torque" } }, { "id": "20", "label": { "de": "Werkstoffnummer", "en": "Werkstoffnummer" } }, { "id": "21", "label": { "de": "Festigkeitskennwert K Betrieb", "en": "Nom design strength K operation" } }, { "id": "22", "label": { "de": "Festigkeitskennwert K\u0027 Probe", "en": "Nom design strength K\u0027 test" } }, { "id": "23", "label": { "de": "Sicherheitsbeiwert S Betrieb", "en": "Safety factor S (service)" } }, { "id": "24", "label": { "de": "Sicherheitsbeiwert S\u0027 Probe", "en": "Safety factor S\u0027 test" } }, { "id": "25", "label": { "de": "Kerndurchmesser des Schraubengewindes", "en": "Root diameter bolth thread" } }, { "id": "26", "label": { "de": "Vorh. Spannung Betrieb", "en": "Existing stress operation" } }, { "id": "27", "label": { "de": "Zulässige Kraft pro Schraube bei Betrieb", "en": "Allowable force per bolt at operation" } }, { "id": "28", "label": { "de": "Maximales Anziehmoment pro Schraube Betrieb", "en": "Maximum bolting torque per bolt at operation" } }, { "id": "29", "label": { "de": "Temperatur", "en": "Temperature" } }, { "id": "30", "label": { "de": "Zul. Spannung Betrieb", "en": "Allowable operating stress" } }, { "id": "31", "label": { "de": "Zul. Spannung Probe", "en": "Allowable stress for test" } }, { "id": "32", "label": { "de": "Maximales FDV !!alle Schrauben!!", "en": "Maximum FDV !!all bolts!!" } }, { "id": "33", "label": { "de": "Mindestschraubenkr.Betrieb FSB", "en": "Min req bolt load (operating) FSB" } }, { "id": "34", "label": { "de": "Mindestschraubenkr.Einbau FDV", "en": "Min req bolt load (bolting-up) FDV" } }, { "id": "35", "label": { "de": "Schrauben Größe", "en": "Bolt size" } }, { "id": "36", "label": { "de": "Schrauben Typ", "en": "Bolt type" } }, { "id": "37", "label": { "de": "Text für Festigkeitsbedingung", "en": "Text for strength condition" } }, { "id": "38", "label": { "de": "Mindestschraubenkr.Prüfung FSP", "en": "Mindestschraubenkr.Prüfung FSP" } }, { "id": "39", "label": { "de": "Vorh. Spannung Prüfung", "en": "Vorh. Spannung Prüfung" } }, { "id": "40", "label": { "de": "Vorh. Spannung Einbau", "en": "Existing stress bolting up" } }, { "id": "41", "label": { "de": "Auslastung Einbau", "en": "Utilization mounting" } }, { "id": "42", "label": { "de": "Auslastung Betrieb", "en": "Utilization operation" } }, { "id": "43", "label": { "de": "Auslastung Prüfung", "en": "Utilization test" } }, { "id": "44", "label": { "de": "Zulässige Kraft pro Schraube Prüfung", "en": "Allowable force per bolt at test" } }, { "id": "45", "label": { "de": "Zulässige Kraft aller Schrauben Prüfung", "en": "Allowable force of all bolts at test" } }, { "id": "46", "label": { "de": "Zulässige Kraft aller Schrauben Einbau\\VDI2230", "en": "Allowable force of all bolts at mounting\\VDI2230" } }, { "id": "47", "label": { "de": "zulässige Auslastung der Streckgrenze bei Montage", "en": "zulässige Auslastung der Streckgrenze bei Montage" } }, { "id": "48", "label": { "de": "Streckgrenze bei Montage", "en": "Streckgrenze bei Montage" } }, { "id": "49", "label": { "de": "zulässige Spannung bei Montage nach VDI2230", "en": "allowable stress at mounting acc. VDI2230" } }, { "id": "50", "label": { "de": "Zul. Anziehmoment nach VDI2230", "en": "Allow. Bolting torque acc. VDI2230" } }, { "id": "51", "label": { "de": "Kleinste Querschnittsfläche der Schraube", "en": "Appropriate minimum cross-sectional area of the bolt" } }, { "id": "52", "label": { "de": "Zulässige Montagekraft pro Schraube nach VDI2230", "en": "Zulässige Montagekraft pro Schraube nach VDI2230" } }, { "id": "53", "label": { "de": "Konstruktionszuschlag c5", "en": "Design allowance c5" } }, { "id": "54", "label": { "de": "Anziehfaktor alphaA nach Tafel 8", "en": "Tightening factor per table 8" } }, { "id": "55", "label": { "de": "UNC Gewinde Größe", "en": "UNC thread dimension" } }, { "id": "56", "label": { "de": "Schrauben Größe", "en": "Bolt size" } }, { "id": "57", "label": { "de": "nueber: Pf(57) = prfGanzZahlGroesserNull:", "en": "nueber: Pf(57) = prfGanzZahlGroesserNull:" } }, { "id": "58", "label": { "de": "Durchmesser zum Spannungsquerschnitt AS", "en": "Diameter torsion cross section AS" } }, { "id": "59", "label": { "de": "Schaftdurchmesser bei Taillenschrauben", "en": "Shank diameter necked down bolt" } }, { "id": "60", "label": { "de": "Durchmesser zum zutreffenden kleinsten Querschnitt der Schraube", "en": "Diameter at the relevant smallest cross section of the bolt" } }, { "id": "61", "label": { "de": "Wirksamer Durchmesser Schraubenkopf- oder Mutterauflage", "en": "Effektive diameter bolt head or nut face" } } ] }, { "id": "WRC", "labels": [ { "id": "1", "label": { "de": "Radialkraft (+ Richtung Mantel)", "en": "Radial force (+ direction shell)" } }, { "id": "2", "label": { "de": "Scherkraft in Umfangsrichtung", "en": "Shear force in circumferential direction" } }, { "id": "3", "label": { "de": "Scherkraft in Längsrichtung", "en": "Shear force in longitudinal direction" } }, { "id": "4", "label": { "de": "Moment in Umfangsrichtung", "en": "Circumferential moment" } }, { "id": "5", "label": { "de": "Moment in Längsrichtung", "en": "Longitudinal moment" } }, { "id": "6", "label": { "de": "Torsionsmoment", "en": "Torsional moment" } }, { "id": "7", "label": { "de": "Zylinderaussendurchmesser", "en": "Outside diameter of cylinder" } }, { "id": "8", "label": { "de": "Manteldicke mit Zuschlägen", "en": "Vessel thickness" } }, { "id": "9", "label": { "de": "Stutzenaussendurchmesser", "en": "Nozzle outside diameter" } }, { "id": "10", "label": { "de": "Stutzenwandstärke mit Zuschlägen", "en": "Nozzle wall thickness" } }, { "id": "11", "label": { "de": "Übergangsradius (Schweißnaht)", "en": "Internal corner radius (welding seam)" } }, { "id": "12", "label": { "de": "Parameter", "en": "parameter" } }, { "id": "13", "label": { "de": "Parameter", "en": "parameter" } }, { "id": "14", "label": { "de": "Spannungserhöhungsfaktor Kn (Menbran)", "en": "Stress intensity factor Kn (membrane)" } }, { "id": "15", "label": { "de": "Spannungserhöhungsfaktor Kb (Biegung)", "en": "Stress intensity factor Kb (bending)" } }, { "id": "16", "label": { "de": "Umfangsspann. durch Radialkraft in A", "en": "Circumf. stress in A due to rad. Force" } }, { "id": "17", "label": { "de": "Umfangsspann. durch Radialkraft in B", "en": "Circumf. stress in B due to rad. Force" } }, { "id": "18", "label": { "de": "Umfangsspann. durch Radialkraft in C", "en": "Circumf. stress in C due to rad. Force" } }, { "id": "19", "label": { "de": "Umfangsspann. durch Radialkraft in D", "en": "Circumf. stress in D due to rad. Force" } }, { "id": "20", "label": { "de": "Membran Umfangssp. durch P in A oben", "en": "Membrane circ. stress due to P in A (o)" } }, { "id": "21", "label": { "de": "Membran Umfangssp. durch P in B oben", "en": "Membrane circ. stress due to P in B (o)" } }, { "id": "22", "label": { "de": "Membran Umfangssp. durch P in C oben", "en": "Membrane circ. stress due to P in C (o)" } }, { "id": "23", "label": { "de": "Membran Umfangssp. durch P in D oben", "en": "Membrane circ. stress due to P in D (o)" } }, { "id": "24", "label": { "de": "Membran Umfangssp. durch P in A unten", "en": "Membrane circ. stress due to P in A (i)" } }, { "id": "25", "label": { "de": "Membran Umfangssp. durch P in B unten", "en": "Membrane circ. stress due to P in B (i)" } }, { "id": "26", "label": { "de": "Membran Umfangssp. durch P in C unten", "en": "Membrane circ. stress due to P in C (i)" } }, { "id": "27", "label": { "de": "Membran Umfangssp. durch P in D unten", "en": "Membrane circ. stress due to P in D (i)" } }, { "id": "28", "label": { "de": "Umfangsspannung durch Mc in C oben", "en": "Circumf. stress in C due to Mc highest pt." } }, { "id": "29", "label": { "de": "Umfangsspannung durch Mc in D oben", "en": "Circumf. stress in D due to Mc highest pt." } }, { "id": "30", "label": { "de": "Umfangsspannung durch Mc in C unten", "en": "Circumf. stress in C due to Mc lowest pt." } }, { "id": "31", "label": { "de": "Umfangsspannung durch Mc in D unten", "en": "Circumf. stress in D due to Mc lowest pt." } }, { "id": "32", "label": { "de": "Membransp. in Umfangsr. durch Mc C oben", "en": "Membrane circ. stress due to Mc in C (o)" } }, { "id": "33", "label": { "de": "Membransp. in Umfangsr. durch Mc D oben", "en": "Membrane circ. stress due to Mc in D (o)" } }, { "id": "34", "label": { "de": "Membransp. in Umfangsr. durch Mc C unten", "en": "Membrane circ. stress due to Mc in C (i)" } }, { "id": "35", "label": { "de": "Membransp. in Umfangsr. durch Mc D unten", "en": "Membrane circ. stress due to Mc in D (i)" } }, { "id": "36", "label": { "de": "Umfangsspannung durch Ml in A oben", "en": "Circumf. stress in A due to Ml highest pt." } }, { "id": "37", "label": { "de": "Umfangsspannung durch Ml in B oben", "en": "Circumf. stress in B due to Ml highest pt." } }, { "id": "38", "label": { "de": "Umfangsspannung durch Ml in A unten", "en": "Circumf. stress in A due to Ml lowest pt." } }, { "id": "39", "label": { "de": "Umfangsspannung durch Ml in B unten", "en": "Circumf. stress in B due to Ml lowest pt." } }, { "id": "40", "label": { "de": "Umfangsmembransp. durch Ml In A oben", "en": "Circumf. membrane stress in A due to Ml hi" } }, { "id": "41", "label": { "de": "Umfangsmembransp. durch Ml in B oben", "en": "Circumf. membrane stress in B due to Ml hi" } }, { "id": "42", "label": { "de": "Umfangsmembransp. durch Ml in A unten", "en": "Circumf. membrane stress in A due to Ml lo" } }, { "id": "43", "label": { "de": "Umfangsmembransp. durch Ml in B unten", "en": "Circumf. membrane stress in B due to Ml lo" } }, { "id": "44", "label": { "de": "Longit. Spannung durch P in A", "en": "Longit. stress due to P at pos. A" } }, { "id": "45", "label": { "de": "Longit. Spannung durch P in B", "en": "Longit. stress due to P at pos. B" } }, { "id": "46", "label": { "de": "Longit. Spannung durch P in C", "en": "Longit. stress due to P at pos. C" } }, { "id": "47", "label": { "de": "Longit. Spannung durch P In D", "en": "Longit. stress due to P at pos. D" } }, { "id": "48", "label": { "de": "Membransp. Longit. durch P In A oben", "en": "Membrane long. stress due to P in A (o)" } }, { "id": "49", "label": { "de": "Membransp. Longit. durch P in B oben", "en": "Membrane long. stress due to P in B (o)" } }, { "id": "50", "label": { "de": "Membransp. Longit. durch P in C oben", "en": "Membrane long. stress due to P in C (o)" } }, { "id": "51", "label": { "de": "Membransp. Longit. durch P in D oben", "en": "Membrane long. stress due to P in D (o)" } }, { "id": "52", "label": { "de": "Membransp. Longit. durch P in A unten", "en": "Membrane long. stress due to P in A (i)" } }, { "id": "53", "label": { "de": "Membransp. Longit. durch P in B unten", "en": "Membrane long. stress due to P in B (i)" } }, { "id": "54", "label": { "de": "Membransp. Longit. durch P in C unten", "en": "Membrane long. stress due to P in C (i)" } }, { "id": "55", "label": { "de": "Membransp. Longit. durch P in D unten", "en": "Membrane long. stress due to P in D (i)" } }, { "id": "56", "label": { "de": "Longit. Spannung durch Mc in C oben", "en": "Longit. stress due to Mc at pos. C hi" } }, { "id": "57", "label": { "de": "Longit. Spannung durch Mc in D oben", "en": "Longit. stress due to Mc at pos. D hi" } }, { "id": "58", "label": { "de": "Longit. Spannung durch Mc In C unten", "en": "Longit. stress due to Mc at pos. C lo" } }, { "id": "59", "label": { "de": "Longit. Spannung durch Mc in D unten", "en": "Longit. stress due to Mc at pos. D lo" } }, { "id": "60", "label": { "de": "Membransp. longit. durch Mc in C oben", "en": "Membrane long. stress due to Mc in C (o)" } }, { "id": "61", "label": { "de": "Membransp. longit. durch Mc in D oben", "en": "Membrane long. stress due to Mc in D (o)" } }, { "id": "62", "label": { "de": "Membransp. longit. durch Mc in C unten", "en": "Membrane long. stress due to Mc in C (i)" } }, { "id": "63", "label": { "de": "Membransp. longit. durch Mc in D unten", "en": "Membrane long. stress due to Mc in D (i)" } }, { "id": "64", "label": { "de": "Longit. Spannung durch Ml in A oben", "en": "Longit. stress due to Ml at pos. A hi" } }, { "id": "65", "label": { "de": "Longit. Spannung durch Ml in B oben", "en": "Longit. stress due to Ml at pos. B hi" } }, { "id": "66", "label": { "de": "Longit. Spannung durch Ml In A unten", "en": "Longit. stress due to Ml at pos. A lo" } }, { "id": "67", "label": { "de": "Longit. Spannung durch Ml in A unten", "en": "Longit. stress due to Ml at pos. A lo" } }, { "id": "68", "label": { "de": "Membransp. longit. durch Ml in A oben", "en": "Membrane long. stress due to Ml in A (o)" } }, { "id": "69", "label": { "de": "Membransp. longit. durch Ml in B oben", "en": "Membrane long. stress due to Ml in B (o)" } }, { "id": "70", "label": { "de": "Membransp. longit. durch Ml in A unten", "en": "Membrane long. stress due to Ml in A (i)" } }, { "id": "71", "label": { "de": "Membransp. longit. durch Ml in B unten", "en": "Membrane long. stress due to Ml in B (i)" } }, { "id": "72", "label": { "de": "Schubspannung durch Vl in C oben", "en": "Shear stress through Vl in C above" } }, { "id": "73", "label": { "de": "Schubspannung durch Vl in D oben", "en": "Shear stress through Vl in D above" } }, { "id": "74", "label": { "de": "Maximale Spannung (Membran)", "en": "Maximum stress (membrane)" } }, { "id": "75", "label": { "de": "Maximale Spannung (Memb. + Bieg.)", "en": "Maximum stress (membrane + bending)" } }, { "id": "76", "label": { "de": "Schubspannung durch Vc in A oben", "en": "Shear stress through Vc in A above" } }, { "id": "77", "label": { "de": "Schubspannung durch Vc in B oben", "en": "Shear stress through Vc in B above" } }, { "id": "78", "label": { "de": "Schubspannung durch Vc in A unten", "en": "Shear stress through Vc in A below" } }, { "id": "79", "label": { "de": "Schubspannung durch Vc in B unten", "en": "Shear stress through Vc in B below" } }, { "id": "80", "label": { "de": "Schubspannung durch Mt in A oben", "en": "Shear stress through Mt in A above" } }, { "id": "81", "label": { "de": "Schubspannung durch Mt in B oben", "en": "Shear stress through Mt in B above" } }, { "id": "82", "label": { "de": "Schubspannung durch Mt in C oben", "en": "Shear stress through Mt in C above" } }, { "id": "83", "label": { "de": "Schubspannung durch Mt in D oben", "en": "Shear stress through Mt in D above" } }, { "id": "84", "label": { "de": "Schubspannung durch Mt in A unten", "en": "Shear stress through Mt in A below" } }, { "id": "85", "label": { "de": "Schubspannung durch Mt in B unten", "en": "Shear stress through Mt in B below" } }, { "id": "86", "label": { "de": "Schubspannung durch Mt in C unten", "en": "Shear stress through Mt in C below" } }, { "id": "87", "label": { "de": "Schubspannung durch Mt in D unten", "en": "Shear stress through Mt in D below" } }, { "id": "88", "label": { "de": "Spannung in Umfangsrichtung in A", "en": "Circumferential stress at A" } }, { "id": "89", "label": { "de": "Spannung in Umfangsrichtung in B", "en": "Circumferential stress at B" } }, { "id": "90", "label": { "de": "Spannung in Umfangsrichtung in C", "en": "Circumferential stress at C" } }, { "id": "91", "label": { "de": "Spannung in Umfangsrichtung in D", "en": "Circumferential stress at D" } }, { "id": "92", "label": { "de": "Spannung in Längsrichtung in A", "en": "Longitudinal stress at A" } }, { "id": "93", "label": { "de": "Spannung in Längsrichtung in B", "en": "Longitudinal stress at B" } }, { "id": "94", "label": { "de": "Spannung in Längsrichtung in C", "en": "Longitudinal stress at C" } }, { "id": "95", "label": { "de": "Spannung in Längsrichtung in D", "en": "Longitudinal stress at D" } }, { "id": "96", "label": { "de": "Schubspannung in A", "en": "Shear stress in A" } }, { "id": "97", "label": { "de": "Schubspannung in B", "en": "Shear stress in B" } }, { "id": "98", "label": { "de": "Schubspannung in C", "en": "Shear stress in C" } }, { "id": "99", "label": { "de": "Schubspannung in D", "en": "Shear stress in D" } }, { "id": "100", "label": { "de": "Vergleichsspannung in A", "en": "Combined stress in A" } }, { "id": "101", "label": { "de": "Vergleichsspannung in B", "en": "Combined stress in B" } }, { "id": "102", "label": { "de": "Vergleichsspannung in C", "en": "Combined stress in C" } }, { "id": "103", "label": { "de": "Vergleichsspannung in D", "en": "Combined stress in D" } }, { "id": "104", "label": { "de": "Spannung umfang. (Memb. und Bieg.) A ob.", "en": "Circumf. membr. and bend. stress at A hi" } }, { "id": "105", "label": { "de": "Spannung umfang. (Memb. und Bieg.) B ob.", "en": "Circumf. membr. and bend. stress at B hi" } }, { "id": "106", "label": { "de": "Spannung umfang. (Memb. und Bieg.) C ob.", "en": "Circumf. membr. and bend. stress at C hi" } }, { "id": "107", "label": { "de": "Spannung umfang. (Memb. und Bieg.) D ob.", "en": "Circumf. membr. and bend. stress at D hi" } }, { "id": "108", "label": { "de": "Spannung longit. (Memb. und Bieg.) A ob", "en": "Longitudinal membr.and bend.stress A hi" } }, { "id": "109", "label": { "de": "Spannung longit. (Memb. und Bieg.) B ob", "en": "Longitudinal membr.and bend.stress B hi" } }, { "id": "110", "label": { "de": "Spannung longit. (Memb. und Bieg.) C ob.", "en": "Longitudinal membr.and bend.stress C hi" } }, { "id": "111", "label": { "de": "Spannung longit. (Memb. und Bieg.) D ob.", "en": "Longitudinal membr.and bend.stress D hi" } }, { "id": "112", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in A ob.", "en": "Comb. stress (membr. and bend.) in A hi" } }, { "id": "113", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in B ob.", "en": "Comb. stress (membr. and bend.) in B hi" } }, { "id": "114", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in C ob.", "en": "Comb. stress (membr. and bend.) in C hi" } }, { "id": "115", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in D ob.", "en": "Comb. stress (membr. and bend.) in D hi" } }, { "id": "116", "label": { "de": "Spannung umfang. (Memb. und Bieg.) A un.", "en": "Circumf. membr. and bend. stress at A lo" } }, { "id": "117", "label": { "de": "Spannung umfang. (Memb. und Bieg.) B un.", "en": "Circumf. membr. and bend. stress at B lo" } }, { "id": "118", "label": { "de": "Spannung umfang. (Memb. und Bieg.) C un.", "en": "Circumf. membr. and bend. stress at C lo" } }, { "id": "119", "label": { "de": "Spannung umfang. (Memb. und Bieg.) D un.", "en": "Circumf. membr. and bend. stress at D lo" } }, { "id": "120", "label": { "de": "Spannung longit. (Memb. und Bieg.) A un", "en": "Longitudinal membr.and bend.stress A lo" } }, { "id": "121", "label": { "de": "Spannung longit. (Memb. und Bieg.) B un", "en": "Longitudinal membr.and bend.stress B lo" } }, { "id": "122", "label": { "de": "Spannung longit. (Memb. und Bieg.) C un.", "en": "Longitudinal membr.and bend.stress C lo" } }, { "id": "123", "label": { "de": "Spannung longit. (Memb. und Bieg.) D un.", "en": "Longitudinal membr.and bend.stress D lo" } }, { "id": "124", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in A un.", "en": "Comb. stress (membr. and bend.) in A lo" } }, { "id": "125", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in B un.", "en": "Comb. stress (membr. and bend.) in B lo" } }, { "id": "126", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in C un.", "en": "Comb. stress (membr. and bend.) in A lo" } }, { "id": "127", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in D un.", "en": "Comb. stress (membr. and bend.) in D lo" } }, { "id": "128", "label": { "de": "-", "en": "" } }, { "id": "129", "label": { "de": "F(4c)", "en": "" } }, { "id": "130", "label": { "de": "F(3c)", "en": "" } }, { "id": "131", "label": { "de": "F(2c-1)", "en": "" } }, { "id": "132", "label": { "de": "F(1c)", "en": "" } }, { "id": "133", "label": { "de": "F(3a)", "en": "" } }, { "id": "134", "label": { "de": "F(1a)", "en": "" } }, { "id": "135", "label": { "de": "F(3b)", "en": "" } }, { "id": "136", "label": { "de": "F(1b-1)", "en": "" } }, { "id": "137", "label": { "de": "F(3c)", "en": "" } }, { "id": "138", "label": { "de": "F(4c)", "en": "" } }, { "id": "139", "label": { "de": "F(1c-1)", "en": "" } }, { "id": "140", "label": { "de": "F(2c)", "en": "" } }, { "id": "141", "label": { "de": "F(4a)", "en": "" } }, { "id": "142", "label": { "de": "F(2a)", "en": "" } }, { "id": "143", "label": { "de": "F(4b)", "en": "" } }, { "id": "144", "label": { "de": "F(2b-1)", "en": "" } }, { "id": "145", "label": { "de": "rm", "en": "RM" } }, { "id": "146", "label": { "de": "r0", "en": "" } }, { "id": "147", "label": { "de": "Innendruck", "en": "Internal pressure" } }, { "id": "148", "label": { "de": "Anteil aus Innendruck Umfangsrichtung", "en": "part from internal pressure circumferential direction" } }, { "id": "149", "label": { "de": "Anteil aus Innendruck Radial", "en": "part from internal pressure radial" } }, { "id": "150", "label": { "de": "Art der Extrapolation", "en": "Type of extrapolation" } }, { "id": "151", "label": { "de": "Werkstoff Stutzen", "en": "Material code nozzle" } }, { "id": "152", "label": { "de": "maßgeblicher Kennwert", "en": "important value" } }, { "id": "153", "label": { "de": "Sicherheitsfaktor Mantel", "en": "Safety factor vessel" } }, { "id": "154", "label": { "de": "zulässige Spannung", "en": "Allowable stress" } }, { "id": "155", "label": { "de": "Auslegungstemperatur", "en": "Design temperature" } }, { "id": "156", "label": { "de": "Auslastungsgrad 1", "en": "Load ratio 1" } }, { "id": "157", "label": { "de": "Auslastungsgrad 2", "en": "Load ratio 2" } }, { "id": "158", "label": { "de": "Spannungsauswertung lokal/global", "en": "Stress evaluation local/global" } }, { "id": "159", "label": { "de": "", "en": "" } }, { "id": "160", "label": { "de": "Emodul Grundkörper", "en": "E-modulus basic body" } }, { "id": "161", "label": { "de": "Emodul Stutzen", "en": "Emodulus nozzle" } }, { "id": "162", "label": { "de": "Wanddickenzuschlag Grundkörper", "en": "Wall thickness basic body" } }, { "id": "163", "label": { "de": "Korrosionszuschlag Grundkörper", "en": "Corrosion addition basic body" } }, { "id": "164", "label": { "de": "Wanddickenzuschlag Stutzen", "en": "Wanddickenzuschlag Stutzen" } }, { "id": "165", "label": { "de": "Korrosionszuschlag Stutzen", "en": "Korrosionszuschlag Stutzen" } }, { "id": "166", "label": { "de": "Kennwert Stutzen", "en": "Strength nozzle" } }, { "id": "167", "label": { "de": "Werkstoff Grundkörper", "en": "Material code of the basic body" } }, { "id": "168", "label": { "de": "Kennwert Grundkörper", "en": "Strength basic body" } }, { "id": "169", "label": { "de": "Sicherheitsfaktor Stutzen", "en": "Safety factor nozzle" } }, { "id": "170", "label": { "de": "zulässige Spannung Stutzen", "en": "Design stress nozzle" } }, { "id": "171", "label": { "de": "zulässige Spannung Mantel", "en": "Allowable stress shell" } }, { "id": "172", "label": { "de": "Werkstoff kleinster Spannung", "en": "Material lowest stress" } }, { "id": "173", "label": { "de": "", "en": "" } }, { "id": "174", "label": { "de": "", "en": "" } }, { "id": "175", "label": { "de": "", "en": "" } }, { "id": "176", "label": { "de": "", "en": "" } }, { "id": "177", "label": { "de": "", "en": "" } }, { "id": "178", "label": { "de": "", "en": "" } }, { "id": "179", "label": { "de": "", "en": "" } }, { "id": "180", "label": { "de": "Mein FEM Modul", "en": "My FEM Modul" } } ] }, { "id": "WRCK", "labels": [ { "id": "1", "label": { "de": "Radialkraft (+ Richtung Mantel)", "en": "Radial force (+ direction shell)" } }, { "id": "2", "label": { "de": "Scherkraft in Y Richtung", "en": "Shear force in Y-direction" } }, { "id": "3", "label": { "de": "Scherkraft in X Richtung", "en": "Shear force in X-direction" } }, { "id": "4", "label": { "de": "Moment in Y Richtung", "en": "Moment in Y-direction" } }, { "id": "5", "label": { "de": "Moment in X Richtung", "en": "Moment in X-direction" } }, { "id": "6", "label": { "de": "Torsionsmoment", "en": "Torsional moment" } }, { "id": "7", "label": { "de": "Kugelaussendurchmesser", "en": "Sphere outside diameter" } }, { "id": "8", "label": { "de": "Manteldicke mit Zuschlägen", "en": "Vessel thickness" } }, { "id": "9", "label": { "de": "Stutzenaussendurchmesser", "en": "Nozzle outside diameter" } }, { "id": "10", "label": { "de": "Stutzenwandstärke mit Zuschlägen", "en": "Nozzle wall thickness" } }, { "id": "11", "label": { "de": "Übergangsradius (Schweißnaht)", "en": "Internal corner radius (welding seam)" } }, { "id": "12", "label": { "de": "Parameter", "en": "parameter" } }, { "id": "13", "label": { "de": "Parameter", "en": "parameter" } }, { "id": "14", "label": { "de": "Spannungserhöhungsfaktor Kn (Menbran)", "en": "Stress intensity factor Kn (membrane)" } }, { "id": "15", "label": { "de": "Spannungserhöhungsfaktor Kb (Biegung)", "en": "Stress intensity factor Kb (bending)" } }, { "id": "16", "label": { "de": "Spannung n. Y durch Radialkraft in A", "en": "Stress in Y due to radial force at A" } }, { "id": "17", "label": { "de": "Spannung n. Y durch Radialkraft in B", "en": "Stress in Y due to radial force at B" } }, { "id": "18", "label": { "de": "Spannung n. Y durch Radialkraft in C", "en": "Stress in Y due to radial force at C" } }, { "id": "19", "label": { "de": "Spannung n. Y durch Radialkraft in D", "en": "Stress in Y due to radial force at D" } }, { "id": "20", "label": { "de": "Membran Span. n. Y durch P in A oben", "en": "Membrane stress to Y due to P in A (o)" } }, { "id": "21", "label": { "de": "Membran Span. n. Y durch P in B oben", "en": "Membrane stress to Y due to P in B (o)" } }, { "id": "22", "label": { "de": "Membran Span. n. Y durch P in C oben", "en": "Membrane stress to Y due to P in C (o)" } }, { "id": "23", "label": { "de": "Membran Span. n. Y durch P in D oben", "en": "Membrane stress to Y due to P in D (o)" } }, { "id": "24", "label": { "de": "Membran Span. n. Y durch P in A unten", "en": "Membrane stress to Y due to P in A (i)" } }, { "id": "25", "label": { "de": "Membran Span. n. Y durch P in B unten", "en": "Membrane stress to Y due to P in B (i)" } }, { "id": "26", "label": { "de": "Membran Span. n. Y durch P in C unten", "en": "Membrane stress to Y due to P in C (i)" } }, { "id": "27", "label": { "de": "Membran Span. n. Y durch P in D unten", "en": "Membrane stress to Y due to P in D (i)" } }, { "id": "28", "label": { "de": "Spannung n. Y durch Mc in C oben", "en": "Stress in Y due to Mc at C above" } }, { "id": "29", "label": { "de": "Spannung n. Y durch Mc in D oben", "en": "Stress in Y due to Mc at D above" } }, { "id": "30", "label": { "de": "Spannung n. Y durch Mc in C unten", "en": "Stress in Y due to Mc at C below" } }, { "id": "31", "label": { "de": "Spannung n. Y durch Mc in D unten", "en": "Stress in Y due to Mc at D below" } }, { "id": "32", "label": { "de": "Membransp. n. Y durch Mc C oben", "en": "Membrane stress to Y due to Mc in C (o)" } }, { "id": "33", "label": { "de": "Membransp. n. Y durch Mc D oben", "en": "Membrane stress to Y due to Mc in D (o)" } }, { "id": "34", "label": { "de": "Membransp. n. Y durch Mc C unten", "en": "Membrane stress to Y due to Mc in C (i)" } }, { "id": "35", "label": { "de": "Membransp. n. Y durch Mc D unten", "en": "Membrane stress to Y due to Mc in D (i)" } }, { "id": "36", "label": { "de": "Spannung n. Y durch Ml in A oben", "en": "Stress in Y due to Ml at A above" } }, { "id": "37", "label": { "de": "Spannung n. Y durch Ml in B oben", "en": "Stress in Y due to Ml at B above" } }, { "id": "38", "label": { "de": "Spannung n. Y durch Ml in A unten", "en": "Stress in Y due to Ml at A below" } }, { "id": "39", "label": { "de": "Spannung n. Y durch Ml in B unten", "en": "Stress in Y due to Ml at B below" } }, { "id": "40", "label": { "de": "Membransp. n. Y durch Ml In A oben", "en": "Membrane stress to Y due to Ml in A (o)" } }, { "id": "41", "label": { "de": "Membransp. n. Y durch Ml in B oben", "en": "Membrane stress to Y due to Ml in B (o)" } }, { "id": "42", "label": { "de": "Membransp. n. Y durch Ml in A unten", "en": "Membrane stress to Y due to Ml in A (i)" } }, { "id": "43", "label": { "de": "Membransp. n. Y durch Ml in B unten", "en": "Membrane stress to Y due to Ml in B (i)" } }, { "id": "44", "label": { "de": "Spannung durch P in A in X Richt.", "en": "Stress at A due to P in X-Direct." } }, { "id": "45", "label": { "de": "Spannung durch P in B in X Richt.", "en": "Stress at B due to P in X-Direct." } }, { "id": "46", "label": { "de": "Spannung durch P in C in X Richt.", "en": "Stress at C due to P in X-Direct." } }, { "id": "47", "label": { "de": "Spannung durch P In D in X Richt.", "en": "Stress at D due to P in X-Direct." } }, { "id": "48", "label": { "de": "Membransp. n. X durch P In A oben", "en": "Membrane stress to X due to P in A (o)" } }, { "id": "49", "label": { "de": "Membransp. n. X durch P in B oben", "en": "Membrane stress to X due to P in B (o)" } }, { "id": "50", "label": { "de": "Membransp. n. X durch P in C oben", "en": "Membrane stress to X due to P in C (o)" } }, { "id": "51", "label": { "de": "Membransp. n. X durch P in D oben", "en": "Membrane stress to X due to P in D (o)" } }, { "id": "52", "label": { "de": "Membransp. n. X durch P in A unten", "en": "Membrane stress to X due to P in A (i)" } }, { "id": "53", "label": { "de": "Membransp. n. X durch P in B unten", "en": "Membrane stress to X due to P in B (i)" } }, { "id": "54", "label": { "de": "Membransp. n. X durch P in C unten", "en": "Membrane stress to X due to P in C (i)" } }, { "id": "55", "label": { "de": "Membransp. n. X durch P in D unten", "en": "Membrane stress to X due to P in D (i)" } }, { "id": "56", "label": { "de": "Spannung n. X durch Mc in C oben", "en": "Stress in X due to Mc at C above" } }, { "id": "57", "label": { "de": "Spannung n. X durch Mc in D oben", "en": "Stress in X due to Mc at D above" } }, { "id": "58", "label": { "de": "Spannung n. X durch Mc In C unten", "en": "Stress in X due to Mc at C below" } }, { "id": "59", "label": { "de": "Spannung n. X durch Mc in D unten", "en": "Stress in X due to Mc at D below" } }, { "id": "60", "label": { "de": "Membransp. n. X durch Mc in C oben", "en": "Membrane stress to X due to Mc in C (o)" } }, { "id": "61", "label": { "de": "Membransp. n. X durch Mc in D oben", "en": "Membrane stress to X due to Mc in D (o)" } }, { "id": "62", "label": { "de": "Membransp. n. X durch Mc in C unten", "en": "Membrane stress to X due to Mc in C (i)" } }, { "id": "63", "label": { "de": "Membransp. n. X durch Mc in D unten", "en": "Membrane stress to X due to Mc in D (i)" } }, { "id": "64", "label": { "de": "n. X Spannung durch Ml in A oben", "en": "n. X stress due to Ml in A upper" } }, { "id": "65", "label": { "de": "n. X Spannung durch Ml in B oben", "en": "n. X stress due to Ml in B upper" } }, { "id": "66", "label": { "de": "n. X Spannung durch Ml In A unten", "en": "n. X stress due to Ml in A lower" } }, { "id": "67", "label": { "de": "n. X Spannung durch Ml in A unten", "en": "n. X stress due to Ml in A lower" } }, { "id": "68", "label": { "de": "Membransp. n. X durch Ml in A oben", "en": "Membrane stress to X due to Ml in A (o)" } }, { "id": "69", "label": { "de": "Membransp. n. X durch Ml in B oben", "en": "Membrane stress to X due to Ml in B (o)" } }, { "id": "70", "label": { "de": "Membransp. n. X durch Ml in A unten", "en": "Membrane stress to X due to Ml in A (i)" } }, { "id": "71", "label": { "de": "Membransp. n. X durch Ml in B unten", "en": "Membrane stress to X due to Ml in B (i)" } }, { "id": "72", "label": { "de": "Schubspannung durch Vl in C oben", "en": "Shear stress through Vl in C above" } }, { "id": "73", "label": { "de": "Schubspannung durch Vl in D oben", "en": "Shear stress through Vl in D above" } }, { "id": "74", "label": { "de": "maximale Spannung (Membran)", "en": "Maximum stress (membrane)" } }, { "id": "75", "label": { "de": "maximale Spannung (Memb. + Bieg.)", "en": "Maximum stress (membrane + bending)" } }, { "id": "76", "label": { "de": "Schubspannung durch Vc in A oben", "en": "Shear stress through Vc in A above" } }, { "id": "77", "label": { "de": "Schubspannung durch Vc in B oben", "en": "Shear stress through Vc in B above" } }, { "id": "78", "label": { "de": "Schubspannung durch Vc in A unten", "en": "Shear stress through Vc in A below" } }, { "id": "79", "label": { "de": "Schubspannung durch Vc in B unten", "en": "Shear stress through Vc in B below" } }, { "id": "80", "label": { "de": "Schubspannung durch Mt in A oben", "en": "Shear stress through Mt in A above" } }, { "id": "81", "label": { "de": "Schubspannung durch Mt in B oben", "en": "Shear stress through Mt in B above" } }, { "id": "82", "label": { "de": "Schubspannung durch Mt in C oben", "en": "Shear stress through Mt in C above" } }, { "id": "83", "label": { "de": "Schubspannung durch Mt in D oben", "en": "Shear stress through Mt in D above" } }, { "id": "84", "label": { "de": "Schubspannung durch Mt in A unten", "en": "Shear stress through Mt in A below" } }, { "id": "85", "label": { "de": "Schubspannung durch Mt in B unten", "en": "Shear stress through Mt in B below" } }, { "id": "86", "label": { "de": "Schubspannung durch Mt in C unten", "en": "Shear stress through Mt in C below" } }, { "id": "87", "label": { "de": "Schubspannung durch Mt in D unten", "en": "Shear stress through Mt in D below" } }, { "id": "88", "label": { "de": "Spannung in Y Richtung in A", "en": "Stress in Y-direction at A" } }, { "id": "89", "label": { "de": "Spannung in Y Richtung in B", "en": "Stress in Y-direction at B" } }, { "id": "90", "label": { "de": "Spannung in Y Richtung in C", "en": "Stress in Y-direction at C" } }, { "id": "91", "label": { "de": "Spannung in Y Richtung in D", "en": "Stress in Y-direction at D" } }, { "id": "92", "label": { "de": "Spannung in X Richtung in A", "en": "Stress in X-direction at A" } }, { "id": "93", "label": { "de": "Spannung in X Richtung in B", "en": "Stress in X-direction at B" } }, { "id": "94", "label": { "de": "Spannung in X Richtung in C", "en": "Stress in X-direction at C" } }, { "id": "95", "label": { "de": "Spannung in X Richtung in D", "en": "Stress in X-direction at D" } }, { "id": "96", "label": { "de": "Schubspannung in A", "en": "Shear stress in A" } }, { "id": "97", "label": { "de": "Schubspannung in B", "en": "Shear stress in B" } }, { "id": "98", "label": { "de": "Schubspannung in C", "en": "Shear stress in C" } }, { "id": "99", "label": { "de": "Schubspannung in D", "en": "Shear stress in D" } }, { "id": "100", "label": { "de": "Vergleichsspannung in A", "en": "Combined stress in A" } }, { "id": "101", "label": { "de": "Vergleichsspannung in B", "en": "Combined stress in B" } }, { "id": "102", "label": { "de": "Vergleichsspannung in C", "en": "Combined stress in C" } }, { "id": "103", "label": { "de": "Vergleichsspannung in D", "en": "Combined stress in D" } }, { "id": "104", "label": { "de": "Spannung n. Y (Memb. und Bieg.) A ob.", "en": "Membr. and bend. stress in Y at A hi." } }, { "id": "105", "label": { "de": "Spannung n. Y (Memb. und Bieg.) B ob.", "en": "Membr. and bend. stress in Y at B hi." } }, { "id": "106", "label": { "de": "Spannung n. Y (Memb. und Bieg.) C ob.", "en": "Membr. and bend. stress in Y at C hi." } }, { "id": "107", "label": { "de": "Spannung n. Y (Memb. und Bieg.) D ob.", "en": "Membr. and bend. stress in Y at A hi." } }, { "id": "108", "label": { "de": "Spannung n. X (Memb. und Bieg.) A ob", "en": "Membr. and bend. stress in X at A hi" } }, { "id": "109", "label": { "de": "Spannung n. X (Memb. und Bieg.) B ob", "en": "Membr. and bend. stress in X at B hi" } }, { "id": "110", "label": { "de": "Spannung n. X (Memb. und Bieg.) C ob.", "en": "Membr. and bend. stress in X at C hi" } }, { "id": "111", "label": { "de": "Spannung n. X (Memb. und Bieg.) D ob.", "en": "Membr. and bend. stress in X at D hi" } }, { "id": "112", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in A ob.", "en": "Comb. stress (membr. and bend.) in A hi" } }, { "id": "113", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in B ob.", "en": "Comb. stress (membr. and bend.) in B hi" } }, { "id": "114", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in C ob.", "en": "Comb. stress (membr. and bend.) in C hi" } }, { "id": "115", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in D ob.", "en": "Comb. stress (membr. and bend.) in D hi" } }, { "id": "116", "label": { "de": "Spannung n. Y (Memb. und Bieg.) A un.", "en": "Membr. and bend. stress in Y at A lo." } }, { "id": "117", "label": { "de": "Spannung n. Y (Memb. und Bieg.) B un.", "en": "Membr. and bend. stress in Y at B lo." } }, { "id": "118", "label": { "de": "Spannung n. Y (Memb. und Bieg.) C un.", "en": "Membr. and bend. stress in Y at C lo." } }, { "id": "119", "label": { "de": "Spannung n. Y (Memb. und Bieg.) D un.", "en": "Membr. and bend. stress in Y at D lo" } }, { "id": "120", "label": { "de": "Spannung n. X (Memb. und Bieg.) A un", "en": "Membr. and bend. stress in X at A lo" } }, { "id": "121", "label": { "de": "Spannung n. X (Memb. und Bieg.) B un", "en": "Membr. and bend. stress in X at B lo" } }, { "id": "122", "label": { "de": "Spannung n. X (Memb. und Bieg.) C un.", "en": "Membr. and bend. stress in X at C lo" } }, { "id": "123", "label": { "de": "Spannung n. X (Memb. und Bieg.) D un.", "en": "Membr. and bend. stress in X at D lo" } }, { "id": "124", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in A un.", "en": "Comb. stress (membr. and bend.) in A lo" } }, { "id": "125", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in B un.", "en": "Comb. stress (membr. and bend.) in B lo" } }, { "id": "126", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in C un.", "en": "Comb. stress (membr. and bend.) in A lo" } }, { "id": "127", "label": { "de": "Vergleichssp. (Memb. und Bieg.) in D un.", "en": "Comb. stress (membr. and bend.) in D lo" } }, { "id": "128", "label": { "de": "-", "en": "" } }, { "id": "129", "label": { "de": "NxT/P", "en": "NxT/P" } }, { "id": "130", "label": { "de": "Mx/P", "en": "Mx/P" } }, { "id": "131", "label": { "de": "NxT¹RmT/M1", "en": "NxT¹RmT/M1" } }, { "id": "132", "label": { "de": "Mx¹RmT/M1", "en": "Mx¹RmT/M1" } }, { "id": "133", "label": { "de": "NxT¹RmT/M2", "en": "NxT¹RmT/M2" } }, { "id": "134", "label": { "de": "Mx¹RmT/M2", "en": "Mx¹RmT/M2" } }, { "id": "135", "label": { "de": "NyT/P", "en": "NyT/P" } }, { "id": "136", "label": { "de": "My/P", "en": "My/P" } }, { "id": "137", "label": { "de": "NyT¹RmT/M1", "en": "NyT¹RmT/M1" } }, { "id": "138", "label": { "de": "My¹RmT/M1", "en": "My¹RmT/M1" } }, { "id": "139", "label": { "de": "NyT¹RmT/M2", "en": "NyT¹RmT/M2" } }, { "id": "140", "label": { "de": "My¹RmT/M2", "en": "My¹RmT/M2" } }, { "id": "141", "label": { "de": "F(4a)", "en": "" } }, { "id": "142", "label": { "de": "F(2a)", "en": "" } }, { "id": "143", "label": { "de": "Nummer der Sp Datei", "en": "Number of Sp file" } }, { "id": "144", "label": { "de": "Nummer der Sm Datei", "en": "Number of Sm file" } }, { "id": "145", "label": { "de": "rm", "en": "RM" } }, { "id": "146", "label": { "de": "r0", "en": "" } }, { "id": "147", "label": { "de": "Innendruck", "en": "Internal pressure" } }, { "id": "148", "label": { "de": "Anteil aus Innendruck", "en": "part from internal pressure" } }, { "id": "149", "label": { "de": "Parameter U", "en": "Parameter U" } }, { "id": "150", "label": { "de": "Art der Extrapolation", "en": "Type of extrapolation" } }, { "id": "151", "label": { "de": "Werkstoff Stutzen", "en": "Material code nozzle" } }, { "id": "152", "label": { "de": "maßgeblicher Kennwert", "en": "important value" } }, { "id": "153", "label": { "de": "Sicherheitsfaktor Mantel", "en": "Safety factor vessel" } }, { "id": "154", "label": { "de": "kleinste zulässige Spannung", "en": "Kleinste zulässige Spannung" } }, { "id": "155", "label": { "de": "Auslegungstemperatur", "en": "Design temperature" } }, { "id": "156", "label": { "de": "Auslastungsgrad 1", "en": "Load ratio 1" } }, { "id": "157", "label": { "de": "Auslastungsgrad 2", "en": "Load ratio 2" } }, { "id": "158", "label": { "de": "Spannungsauswertung lokal/global", "en": "Stress evaluation local/global" } }, { "id": "159", "label": { "de": "", "en": "" } }, { "id": "160", "label": { "de": "Emodul Grundkörper", "en": "E-modulus basic body" } }, { "id": "161", "label": { "de": "Emodul Stutzen", "en": "Emodulus nozzle" } }, { "id": "162", "label": { "de": "Wanddickenzuschlag Grundkörper", "en": "Wall thickness basic body" } }, { "id": "163", "label": { "de": "Korrosionszuschlag Grundkörper", "en": "Corrosion addition basic body" } }, { "id": "164", "label": { "de": "Wanddickenzuschlag Stutzen", "en": "Wanddickenzuschlag Stutzen" } }, { "id": "165", "label": { "de": "Korrosionszuschlag Stutzen", "en": "Korrosionszuschlag Stutzen" } }, { "id": "166", "label": { "de": "Kennwert Stutzen", "en": "Strength nozzle" } }, { "id": "167", "label": { "de": "Werkstoff Grundkörper", "en": "Material code of the basic body" } }, { "id": "168", "label": { "de": "Kennwert Grundkörper", "en": "Strength basic body" } }, { "id": "169", "label": { "de": "Nettowanddicke Grundkörper", "en": "Thickness basic body" } }, { "id": "170", "label": { "de": "Nettowanddicke Stutzen", "en": "Thickness nozzle" } }, { "id": "171", "label": { "de": "Sicherheitsfaktor Stutzen", "en": "Safety factor nozzle" } }, { "id": "172", "label": { "de": "zulässige Spannung Stutzen", "en": "Design stress nozzle" } }, { "id": "173", "label": { "de": "zulässige Spannung Mantel", "en": "Allowable stress shell" } }, { "id": "174", "label": { "de": "Werkstoff kleinster Spannung", "en": "Material lowest stress" } }, { "id": "175", "label": { "de": "Art der Extrapolation merken", "en": "Note the extrapolation" } }, { "id": "176", "label": { "de": "", "en": "" } }, { "id": "177", "label": { "de": "", "en": "" } }, { "id": "178", "label": { "de": "", "en": "" } }, { "id": "179", "label": { "de": "", "en": "" } }, { "id": "180", "label": { "de": "Mein FEM Modul", "en": "My FEM Modul" } } ] } ], "evidenceLevel": "source-only analytical bolt compliance/torque cases; no executed general-stress runtime; separate approved ASME image for general connection controls only" }