竹材料を用いたビニルハウス構造の最適設計

抄録

As for global warming, it is currently in progress and countermeasures are being taken to cope with it. As for forest resources, the population has increased explosively with the industrial revolution, and as a result, forests are being cut down for use as building materials and to expand farmland and residential areas. In addition, deforestation has made it impossible for indigenous species to survive, resulting in habitat displacement and, in severe cases, extinction. In order to solve the problems of soil and ecological preservation caused by bamboo forests, we believe that we can solve environmental problems from the perspective of reusing waste wood. Bamboo is a material with excellent elasticity and is suitable for bending. In this research, we aim to create an environmentally friendly and affordable structure using waste wood that is left after being cut down, and analyze it using 3D CAD software such as SolidWorks and Fusion360. We will design a plastic greenhouse structure using bamboo material that can withstand snow and wind. The goal is to be able to create a model and design a structure systematically by applying the design of experiments as an element. In addition, we will compare the design using the design of experiments method and the structure using topology optimization, and optimize the design to expand the range of utilization of bamboo materials and to further improve the plastic greenhouse structure.