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    ANALYSIS METHOD OF MAXIMUM BENDING MOMENT AND ANALYSIS PROGRAM OF MAXIMUM BENDING MOMENT

    New search for: KOBASHI TOMOKI
    New search for: KITAOKA SATOSHI
    New search for: NAKAYASU MASAAKI
    New search for: KUWATA RYOHEI

    To provide an analysis method of maximum bending moment for quantitatively and integrally evaluating the maximum bending moment of an H-shaped steel.SOLUTION: An analysis method of maximum bending moment for evaluating the maximum bending moment of an H-shaped steel 10 on which a bending moment acts evaluates the maximum bending moment that the H-shaped steel 10 can achieve based on a calculated value Mcal of the maximum bearing force determined from the following formula (1): [Numerical Formula 1]SELECTED DRAWING: Figure 1

    【課題】Ｈ形鋼の最大曲げモーメントを定量的かつ一体的に評価する最大曲げモーメントの分析方法を提供する。【解決手段】曲げモーメントが作用するＨ形鋼１０の最大曲げモーメントを評価する最大曲げモーメントの分析方法であって、Ｈ形鋼１０が発揮しうる最大曲げモーメントを、（１）式に基づいて求まる最大耐力の計算値Ｍｃａｌによって評価する最大曲げモーメントの分析方法。［数１］TIFF2022152728000008.tif18170【選択図】図１

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    ANALYSIS METHOD OF MAXIMUM BENDING MOMENT AND ANALYSIS PROGRAM OF MAXIMUM BENDING MOMENT

    New search for: KOBASHI TOMOKI
    New search for: KITAOKA SATOSHI
    New search for: NAKAYASU MASAAKI
    New search for: KUWATA RYOHEI

    To provide an analysis method of maximum bending moment for quantitatively and integrally evaluating the maximum bending moment of an H-shaped steel.SOLUTION: An analysis method of maximum bending moment for evaluating the maximum bending moment of an H-shaped steel 10 on which a bending moment acts evaluates the maximum bending moment that the H-shaped steel 10 can achieve based on a calculated value Mcal of the maximum bearing force determined from the following formula (1): [Numerical Formula 1]SELECTED DRAWING: Figure 1

    【課題】Ｈ形鋼の最大曲げモーメントを定量的かつ一体的に評価する最大曲げモーメントの分析方法を提供する。【解決手段】曲げモーメントが作用するＨ形鋼１０の最大曲げモーメントを評価する最大曲げモーメントの分析方法であって、Ｈ形鋼１０が発揮しうる最大曲げモーメントを、（１）式に基づいて求まる最大耐力の計算値Ｍｃａｌによって評価する最大曲げモーメントの分析方法。［数１］TIFF2022152728000008.tif18170【選択図】図１

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    ANALYSIS METHOD OF MAXIMUM BENDING MOMENT AND ANALYSIS PROGRAM OF MAXIMUM BENDING MOMENT

    New search for: KOBASHI TOMOKI
    New search for: KITAOKA SATOSHI
    New search for: NAKAYASU MASAAKI
    New search for: KUWATA RYOHEI

    To provide an analysis method of maximum bending moment for quantitatively and integrally evaluating the maximum bending moment of an H-shaped steel.SOLUTION: An analysis method of maximum bending moment for evaluating the maximum bending moment of an H-shaped steel 10 on which a bending moment acts evaluates the maximum bending moment that the H-shaped steel 10 can achieve based on a calculated value Mcal of the maximum bearing force determined from the following formula (1): [Numerical Formula 1]SELECTED DRAWING: Figure 1

    【課題】Ｈ形鋼の最大曲げモーメントを定量的かつ一体的に評価する最大曲げモーメントの分析方法を提供する。【解決手段】曲げモーメントが作用するＨ形鋼１０の最大曲げモーメントを評価する最大曲げモーメントの分析方法であって、Ｈ形鋼１０が発揮しうる最大曲げモーメントを、（１）式に基づいて求まる最大耐力の計算値Ｍｃａｌによって評価する最大曲げモーメントの分析方法。［数１］TIFF2022152728000008.tif18170【選択図】図１

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    Title:

    ANALYSIS METHOD OF MAXIMUM BENDING MOMENT AND ANALYSIS PROGRAM OF MAXIMUM BENDING MOMENT

    Additional title:

    最大曲げモーメントの分析方法及び最大曲げモーメントの分析プログラム

    Contributors:

    KOBASHI TOMOKI (author) / KITAOKA SATOSHI (author) / NAKAYASU MASAAKI (author) / KUWATA RYOHEI (author)

    Publication date:

    2022-10-12

    Type of media:

    Patent

    Type of material:

    Electronic Resource

    Language:

    Japanese

    Classification:

    IPC:  E04C STRUCTURAL ELEMENTS , Bauelemente / E04B Allgemeine Baukonstruktionen , GENERAL BUILDING CONSTRUCTIONS

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