Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STRUCTURAL BASE MATERIAL, STRUCTURAL MEMBER, STRUCTURE, AND CONSTRUCTION METHOD FOR STRUCTURAL MEMBER
Provided is a structural material for forming a structural member having a simple configuration that eliminates the need for a shear reinforcing bar inside a compression material, the structural member, a structure, and a forming method of the structural member. A structural material (1) is disposed inside a compression material (11) that bears a compressive force applied to a structural member (10). The structural material (1) has a main part (2), a tension member (3), and a plurality of support parts (4). The main part (2) is integrated with the compression material (11) when the compression material (11) is cured, and is formed of a material that bears the compressive force. The tension member (3) is disposed inside the main part (2) across one end to the other end of the main part (2), and includes continuous fiber that bears a tensile force. The tension member (3) is wound on an outer periphery of the support part (4). The support parts (4) are disposed along the tension member (3) inside the main part (2) at a certain interval therebetween. The tension member (3) and the support part (4) are anchored in the main part (2) to transmit stress caused in the tension member (3) and the support part (4) to the main part (2).
STRUCTURAL BASE MATERIAL, STRUCTURAL MEMBER, STRUCTURE, AND CONSTRUCTION METHOD FOR STRUCTURAL MEMBER
Provided is a structural material for forming a structural member having a simple configuration that eliminates the need for a shear reinforcing bar inside a compression material, the structural member, a structure, and a forming method of the structural member. A structural material (1) is disposed inside a compression material (11) that bears a compressive force applied to a structural member (10). The structural material (1) has a main part (2), a tension member (3), and a plurality of support parts (4). The main part (2) is integrated with the compression material (11) when the compression material (11) is cured, and is formed of a material that bears the compressive force. The tension member (3) is disposed inside the main part (2) across one end to the other end of the main part (2), and includes continuous fiber that bears a tensile force. The tension member (3) is wound on an outer periphery of the support part (4). The support parts (4) are disposed along the tension member (3) inside the main part (2) at a certain interval therebetween. The tension member (3) and the support part (4) are anchored in the main part (2) to transmit stress caused in the tension member (3) and the support part (4) to the main part (2).
STRUCTURAL BASE MATERIAL, STRUCTURAL MEMBER, STRUCTURE, AND CONSTRUCTION METHOD FOR STRUCTURAL MEMBER
STRUKTURBASISMATERIAL, STRUKTURELEMENT, STRUKTUR UND KONSTRUKTIONSVERFAHREN FÜR STRUKTURELEMENT
MATÉRIAU DE BASE STRUCTURAL, ÉLÉMENT STRUCTURAL, STRUCTURE ET PROCÉDÉ DE CONSTRUCTION POUR ÉLÉMENT STRUCTURAL
IGARASHI JUMPEI (Autor:in)
19.02.2025
Patent
Elektronische Ressource
Englisch
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
Europäisches Patentamt | 2023
|STRUCTURAL BASE MATERIAL, STRUCTURAL MEMBER AND STRUCTURE
Europäisches Patentamt | 2024
|STRUCTURAL SUBSTRATE, STRUCTURAL MEMBER, STRUCTURE AND CONSTRUCTION METHOD OF STRUCTURAL MEMBER
Europäisches Patentamt | 2023
|CONSTRUCTION METHOD OF HORIZONTAL STRUCTURAL MEMBER AND HORIZONTAL STRUCTURAL MEMBER
Europäisches Patentamt | 2018
|Europäisches Patentamt | 2024
|