Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
MODULAR CONSTRUCTION OF LOAD-BEARING STRUCTURES FROM REUSABLE LOAD-BEARING ELEMENTS
A new civil infrastructure construction scheme is provided that is capable of meeting various objectives, including reducing climate change, addressing labor shortage issues, and enhancing construction productivity. Methods of forming load-bearing structures include placing a first reusable load-bearing element adjacent to a second reusable load-bearing element. The first reusable load-bearing element is fixed with respect to the second reusable load-bearing element without any adhesive or mortar. The first reusable load-bearing element and the second reusable load-bearing element respectively have a compressive strength of greater than or equal to about 25 MPa. The first and second reusable load-bearing elements optionally may be formed by additive manufacturing with a printable cementitious composition, such as an engineered cementitious composite.
提供了一种新的民用基础设施建造方案，该方案能够满足各种目标，包括减少气候变化、解决劳动力短缺问题、以及提高建造生产率。形成承载结构的方法包括将第一可重复使用的承载元件邻近第二可重复使用的承载元件放置。第一可重复使用的承载元件相对于第二可重复使用的承载元件被固定，而不需要任何粘合剂或砂浆。第一可重复使用的承载元件和第二可重复使用的承载元件分别具有大于或等于约25MPa的抗压强度。第一可重复使用的承载元件和第二可重复使用的承载元件任选地可以通过利用可打印的胶接组合物进行增材制造来形成，该可打印的胶接组合物诸如为工程胶接复合材料。
MODULAR CONSTRUCTION OF LOAD-BEARING STRUCTURES FROM REUSABLE LOAD-BEARING ELEMENTS
A new civil infrastructure construction scheme is provided that is capable of meeting various objectives, including reducing climate change, addressing labor shortage issues, and enhancing construction productivity. Methods of forming load-bearing structures include placing a first reusable load-bearing element adjacent to a second reusable load-bearing element. The first reusable load-bearing element is fixed with respect to the second reusable load-bearing element without any adhesive or mortar. The first reusable load-bearing element and the second reusable load-bearing element respectively have a compressive strength of greater than or equal to about 25 MPa. The first and second reusable load-bearing elements optionally may be formed by additive manufacturing with a printable cementitious composition, such as an engineered cementitious composite.
提供了一种新的民用基础设施建造方案，该方案能够满足各种目标，包括减少气候变化、解决劳动力短缺问题、以及提高建造生产率。形成承载结构的方法包括将第一可重复使用的承载元件邻近第二可重复使用的承载元件放置。第一可重复使用的承载元件相对于第二可重复使用的承载元件被固定，而不需要任何粘合剂或砂浆。第一可重复使用的承载元件和第二可重复使用的承载元件分别具有大于或等于约25MPa的抗压强度。第一可重复使用的承载元件和第二可重复使用的承载元件任选地可以通过利用可打印的胶接组合物进行增材制造来形成，该可打印的胶接组合物诸如为工程胶接复合材料。
MODULAR CONSTRUCTION OF LOAD-BEARING STRUCTURES FROM REUSABLE LOAD-BEARING ELEMENTS
由可重复使用的承载元件构成的承载结构的模块化建造物
LI VICTOR C (Autor:in)
17.08.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
MODULAR CONSTRUCTION OF LOAD-BEARING STRUCTURES FROM REUSABLE LOAD-BEARING ELEMENTS
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