Glued Laminated Bamboo (GLB) is one kind of composite material;the use of GLB in structural engineering can reduce the demand for wood, a possible solution to relieve the damage to natural forest. With the help of the...Glued Laminated Bamboo (GLB) is one kind of composite material;the use of GLB in structural engineering can reduce the demand for wood, a possible solution to relieve the damage to natural forest. With the help of the design and construction experience of timber structures, a new type of building structure: bamboo structure is introduced. This paper presents a comprehensive review on the study of GLB and bamboo structure. Some important physical, mechanical, and chemical properties such as seismic performance, fire resistance, and energy consumption are discussed. In addition, the property of bamboo composites, the failure mode of GLB beam and columns are also analyzed. This paper also pointed out the problems faced by the development of bamboo structure, which can be a suggestion for subsequent research. In general, GLB is a green and environmentally-friendly structural material and the development of bamboo structure provides another choice to conform the concept of sustainable development.展开更多
The use of glued bamboo(GB)in structural engineering is growing interest in the construction industry,as it is a kind of natural material with strong regenerative ability.In addition,the utilizing of GB can reduce the...The use of glued bamboo(GB)in structural engineering is growing interest in the construction industry,as it is a kind of natural material with strong regenerative ability.In addition,the utilizing of GB can reduce the demand for concrete,a possible way to decrease the destruction to natural environment and the consumption of fossil energy.This paper presents a comprehensive analysis on the properties of GB based on the experimental data available in the published researches.Some important physical,mechanical,and chemical properties of GB are discussed.It can be concluded that,at present,more emphasis has been given to study the mechanical property and gluing performance of GB.By analyzing existing research results,this paper provides some recommendations for future research.展开更多
文摘Glued Laminated Bamboo (GLB) is one kind of composite material;the use of GLB in structural engineering can reduce the demand for wood, a possible solution to relieve the damage to natural forest. With the help of the design and construction experience of timber structures, a new type of building structure: bamboo structure is introduced. This paper presents a comprehensive review on the study of GLB and bamboo structure. Some important physical, mechanical, and chemical properties such as seismic performance, fire resistance, and energy consumption are discussed. In addition, the property of bamboo composites, the failure mode of GLB beam and columns are also analyzed. This paper also pointed out the problems faced by the development of bamboo structure, which can be a suggestion for subsequent research. In general, GLB is a green and environmentally-friendly structural material and the development of bamboo structure provides another choice to conform the concept of sustainable development.
基金The authors gratefully acknowledge the help and support from Pro.Xiao Yan,International Campus Zhejiang University and Dr.JJ Xu,Nanjing Tech University.
文摘The use of glued bamboo(GB)in structural engineering is growing interest in the construction industry,as it is a kind of natural material with strong regenerative ability.In addition,the utilizing of GB can reduce the demand for concrete,a possible way to decrease the destruction to natural environment and the consumption of fossil energy.This paper presents a comprehensive analysis on the properties of GB based on the experimental data available in the published researches.Some important physical,mechanical,and chemical properties of GB are discussed.It can be concluded that,at present,more emphasis has been given to study the mechanical property and gluing performance of GB.By analyzing existing research results,this paper provides some recommendations for future research.