A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BUILDING PLANAR SHAPE DETERMINATION METHOD AND BUILDING
To provide a building planar shape determination method that can reduce the number of types of structural members that make up a building and that can plan complex planar shapes and various planar shapes, and a building having a planar shape determined by the building planar shape determination method.SOLUTION: A building planar shape determination method includes an arc placement step of placing each of a plurality of first arcs having a first radius, a plurality of second arcs having a second radius smaller than the first radius tangent to the first arcs, a plurality of third arcs having a third radius smaller than the second radius tangent to the first arcs and the second arcs, on a plane with a given scale; and a planar shape determination step of combining at least one straight line of a first straight line that connects the center of the first arc and the center of the second arc, a second straight line that connects the center of the first arc and the center of the third arc, and a third straight line that connects the center of the second arc and the center of the third arc, to determine the outline of the planar shape of the building.SELECTED DRAWING: Figure 1
【課題】建築物を構成する構成部材の種類を少なくすることができ、複雑な平面形状や多様な平面形状を計画することができる建築物の平面形状決定方法、および該建築物の平面形状決定方法により決定された平面形状を有する建築物を提供する。【解決手段】建築物の平面形状決定方法は、第１半径を有する複数の第１円弧、第１円弧に接する第１半径よりも小さい第２半径を有する複数の第２円弧、第１円弧や第２円弧に接する第２半径よりも小さい第３半径を有する複数の第３円弧、のそれぞれを所定の縮尺を有する平面上に配置する円弧配置ステップと、第１円弧の中心と第２円弧の中心とを接続する直線である第１直線、第１円弧の中心と第３円弧の中心とを接続する直線である第２直線、及び第２円弧の中心と第３円弧の中心とを接続する直線である第３直線、の少なくとも１つの直線を組み合わせて建築物の平面形状の輪郭線を決定する平面形状決定ステップと、を備える。【選択図】 図１
BUILDING PLANAR SHAPE DETERMINATION METHOD AND BUILDING
To provide a building planar shape determination method that can reduce the number of types of structural members that make up a building and that can plan complex planar shapes and various planar shapes, and a building having a planar shape determined by the building planar shape determination method.SOLUTION: A building planar shape determination method includes an arc placement step of placing each of a plurality of first arcs having a first radius, a plurality of second arcs having a second radius smaller than the first radius tangent to the first arcs, a plurality of third arcs having a third radius smaller than the second radius tangent to the first arcs and the second arcs, on a plane with a given scale; and a planar shape determination step of combining at least one straight line of a first straight line that connects the center of the first arc and the center of the second arc, a second straight line that connects the center of the first arc and the center of the third arc, and a third straight line that connects the center of the second arc and the center of the third arc, to determine the outline of the planar shape of the building.SELECTED DRAWING: Figure 1
【課題】建築物を構成する構成部材の種類を少なくすることができ、複雑な平面形状や多様な平面形状を計画することができる建築物の平面形状決定方法、および該建築物の平面形状決定方法により決定された平面形状を有する建築物を提供する。【解決手段】建築物の平面形状決定方法は、第１半径を有する複数の第１円弧、第１円弧に接する第１半径よりも小さい第２半径を有する複数の第２円弧、第１円弧や第２円弧に接する第２半径よりも小さい第３半径を有する複数の第３円弧、のそれぞれを所定の縮尺を有する平面上に配置する円弧配置ステップと、第１円弧の中心と第２円弧の中心とを接続する直線である第１直線、第１円弧の中心と第３円弧の中心とを接続する直線である第２直線、及び第２円弧の中心と第３円弧の中心とを接続する直線である第３直線、の少なくとも１つの直線を組み合わせて建築物の平面形状の輪郭線を決定する平面形状決定ステップと、を備える。【選択図】 図１
BUILDING PLANAR SHAPE DETERMINATION METHOD AND BUILDING
建築物の平面形状決定方法および建築物
SUZUKI AKIO (author) / HARADA MAO (author) / HARADA MASAHIRO (author) / KAMAIKE TAKESHI (author)
2023-05-31
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
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