A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BUILDING DESIGN SUPPORT DEVICE AND BUILDING DESIGN SUPPORT METHOD
To provide a building design support device and a building design support method for obtaining a structure analysis model for efficiently performing design for a short time.SOLUTION: A building design support device calculates sectional force applied to component elements included in a structure analysis model by structure analysis, respectively, and calculates a constraint condition parameter for each component element, on the basis of the sectional force. Then, the device, on the basis of whether or not the constraint condition parameter satisfies the constraint condition, selects an adjustment target component element, and adjusts a cross-sectional shape on the adjustment target component element. Such processing is repeatedly performed, until at least one of a first termination condition in which the constraint condition parameter satisfies the constraint condition on each component element, respectively, or a second termination condition in which the calculation results of the constraint condition parameters converge, is established.SELECTED DRAWING: Figure 3
【課題】効率的な設計を行うための構造解析モデルを短時間で得るための建築物設計支援装置、及び、建築物設計支援方法を提供する。【解決手段】建築物設計支援装置は、構造解析によって構造解析モデルに含まれる部材要素に作用する断面力をそれぞれ算出し、当該断面力に基づいて、部材要素ごとに制約条件パラメータを算出する。そして、制約条件パラメータが制約条件を満たすか否かに基づいて、調整対象部材要素を選定し、調整対象部材要素について断面形状を調整する。このような処理は、各部材要素について制約条件パラメータが制約条件をそれぞれ満たす第１終了条件、又は、制約条件パラメータの算出結果が収束する第２終了条件の少なくとも一方が成立するまで繰り返し実施される。【選択図】図３
BUILDING DESIGN SUPPORT DEVICE AND BUILDING DESIGN SUPPORT METHOD
To provide a building design support device and a building design support method for obtaining a structure analysis model for efficiently performing design for a short time.SOLUTION: A building design support device calculates sectional force applied to component elements included in a structure analysis model by structure analysis, respectively, and calculates a constraint condition parameter for each component element, on the basis of the sectional force. Then, the device, on the basis of whether or not the constraint condition parameter satisfies the constraint condition, selects an adjustment target component element, and adjusts a cross-sectional shape on the adjustment target component element. Such processing is repeatedly performed, until at least one of a first termination condition in which the constraint condition parameter satisfies the constraint condition on each component element, respectively, or a second termination condition in which the calculation results of the constraint condition parameters converge, is established.SELECTED DRAWING: Figure 3
【課題】効率的な設計を行うための構造解析モデルを短時間で得るための建築物設計支援装置、及び、建築物設計支援方法を提供する。【解決手段】建築物設計支援装置は、構造解析によって構造解析モデルに含まれる部材要素に作用する断面力をそれぞれ算出し、当該断面力に基づいて、部材要素ごとに制約条件パラメータを算出する。そして、制約条件パラメータが制約条件を満たすか否かに基づいて、調整対象部材要素を選定し、調整対象部材要素について断面形状を調整する。このような処理は、各部材要素について制約条件パラメータが制約条件をそれぞれ満たす第１終了条件、又は、制約条件パラメータの算出結果が収束する第２終了条件の少なくとも一方が成立するまで繰り返し実施される。【選択図】図３
BUILDING DESIGN SUPPORT DEVICE AND BUILDING DESIGN SUPPORT METHOD
建築物設計支援装置、及び、建築物設計支援方法
SHIMONO MASAKI (author) / KATO MOTOKI (author) / MORISHITA KUNIHIRO (author) / AMANO TATSUYA (author) / TAKEMOTO KIYOFUMI (author) / MORITSUKA KEIICHI (author)
2022-10-07
Patent
Electronic Resource
Japanese
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