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  "title": {
    "de": "UG27 - UG27-e",
    "en": "UG27 - UG27-e"
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  "summary": {
    "de": "Bestehende LVS-Modulhilfe. Variablen und Bedienregeln müssen vor Änderungen mit dem aktuellen MCP-Laufzeitzustand abgeglichen werden.",
    "en": "Existing LVS module help. Variables and operating rules must be reconciled with current MCP runtime state before making changes."
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    {
      "language": "en",
      "title": "UG27 - UG27-e",
      "url": "/output/UG27/UG27-e_en.html",
      "excerpt": "UG27 - UG27-e DE UG27 UG27-e Contents UG27-e On this page Fatigue Analysis for Cyclic Service Variable 43 – Calculation as thin shell Variables Variable 43 – Calculation as thin shell UG27-e Fatigue Analysis for Cyclic Service Section VIII, Division 1 does not have either a screening method or a procedure for performing a fatigue analysis. However Section VIII, Division 2 has both. However it is still acceptable to build and stamp a vessel in cyclic service to Section VIII, Division 1 but to do the fatigue analysis per Section VIII, Division 2. There is no requirement for a vessel to be built to Section VIII, Division 2 simply because it is in cyclic service. On the other hand Section VIII. Division 1 vessels are not exempt from fatigue analysis because they are not built to Section VIII, Division 2. from: \"Pressure Vessel Design Manual, Dennis R. Moss, Michael M. Basic\" Variables Variable 43 – Calculation as thin shell Condition for calculating as thin shell. Actually, in ASME UG-27 the condition is not ambiguous. There is a clear or in the conditions. Nevertheless, in general it is interpreted as ‚and‘. You can always overwrite this value if you disagree. Cylindrical shells (c) Cylindrical Shells . The minimum thickness or maximum allowable working pressure of cylindrical shells shall be the greater thickness or lesser pressure as given by (1) or (2) below. (1) Circumferential Stress (Longitudinal Joints) . When the thickness does not exceed one ‐ half of the inside radius,"
    },
    {
      "language": "en",
      "title": "UG27",
      "url": "/output/UG27/UG27_en.html",
      "excerpt": "UG27 DE UG27 Contents UG27 On this page Fatigue Analysis for Cyclic Service Variable 43 – Berechnung als dünnwandige Schale Variablen Variable 43 – Berechnung als dünnwandige Schale UG27 Fatigue Analysis for Cyclic Service Section VIII, Division 1 does not have either a screening method or a procedure for performing a fatigue analysis. However Section VIII, Division 2 has both. However it is still acceptable to build and stamp a vessel in cyclic service to Section VIII, Division 1 but to do the fatigue analysis per Section VIII, Division 2. There is no requirement for a vessel to be built to Section VIII, Division 2 simply because it is in cyclic service. On the other hand Section VIII. Division 1 vessels are not exempt from fatigue analysis because they are not built to Section VIII, Division 2. from: \"Pressure Vessel Design Manual, Dennis R. Moss, Michael M. Basic\" Variablen Variable 43 – Berechnung als dünnwandige Schale Bedingung für die Berechnung als dünnwandige Schale. In ASME UG-27 steht zwar eindeutig \"or\", dies wird aber allgemein als \"and\" interpretiert. Wenn Sie damit nicht einverstanden sind, können Sie den Wert von Hand überschreiben. Hier der Originaltext: Cylindrical shells (c) Cylindrical Shells . The minimum thickness or maximum allowable working pressure of cylindrical shells shall be the greater thickness or lesser pressure as given by (1) or (2) below. (1) Circumferential Stress (Longitudinal Joints) . When the thickness does not exceed one ‐ half of the "
    }
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    {
      "varNr": 43,
      "semanticStatus": "legacy-help-only",
      "label": {
        "de": "UG27 - Variable 43 – Berechnung als dünnwandige Schale",
        "en": "UG27 - Variable 43 – Calculation as thin shell"
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      "description": {
        "de": "UG27 - Variable 43 – Berechnung als dünnwandige Schale UG27 Variable 43 – Berechnung als dünnwandige Schale Navigation Fatigue Analysis for Cyclic Service Engineering Your Best Variable 43 – Berechnung als dünnwandige Schale Variablen Engineering Your Best Variable 43 – Berechnung als dünnwandige Schale Variable 43 – Berechnung als dünnwandige Schale Bedingung für die Berechnung als dünnwandige Schale. In ASME UG-27 steht zwar eindeutig \"or\", dies wird aber allgemein als \"and\" interpretiert. Wenn Sie damit nicht einverstanden sind, können Sie den Wert von Hand überschreiben. Hier der Originaltext: Cylindrical shells (c) Cylindrical Shells . The minimum thickness or maximum allowable working pressure of cylindrical shells shall be the greater thickness or lesser pressure as given by (1) or (2) below. (1) Circumferential Stress (Longitudinal Joints) . When the thickness does not exceed one ‐ half of the inside radius, or P does not exceed 0.385 SE , the following formulas shall apply: (1) (2) Longitudinal Stress (Circumferential Joints). When the thickness does not exceed one ‐ half of the inside radius, or P does not exceed 1.25SE, the following formulas shall apply: (2) Spherical s",
        "en": "UG27 - Variable 43 – Calculation as thin shell UG27 Variable 43 – Calculation as thin shell Contents Engineering Your Best Variable 43 – Calculation as thin shell Engineering Your Best Variable 43 – Calculation as thin shell Variable 43 – Calculation as thin shell Condition for calculating as thin shell. Actually, in ASME UG-27 the condition is not ambiguous. There is a clear or in the conditions. Nevertheless, in general it is interpreted as ‚and‘. You can always overwrite this value if you disagree. Cylindrical shells (c) Cylindrical Shells . The minimum thickness or maximum allowable working pressure of cylindrical shells shall be the greater thickness or lesser pressure as given by (1) or (2) below. (1) Circumferential Stress (Longitudinal Joints) . When the thickness does not exceed one ‐ half of the inside radius, or P does not exceed 0.385 SE , the following formulas shall apply: (1) (2) Longitudinal Stress (Circumferential Joints). When the thickness does not exceed one ‐ half of the inside radius, or P does not exceed 1.25SE, the following formulas shall apply: (2) Spherical shells When the thickness of the shell of a wholly spherical vessel does not exceed 0.356 R , or P "
      },
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      "Calculate, inspect validation messages and read back governing results."
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      "Runtime MCP metadata is authoritative when it differs from this legacy snapshot."
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