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Theory analysis of biomass molding mould

机译:生物质成型模具的理论分析

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摘要

The biomass molding is influenced by many factors such as moisture,temperature,Poisson ratio,particle size,length-radius ratio etc.This paper armed to learn the influence of pressures on the biomass molding with different diameter and mainly researched the forces the biomass undergone,including the relationships of molding pressure and the length-radius ratio and that molding pressure and the density.First the material molding process was analyzed and the infinitesimal isobaric model that is pressure vessel model was established.Then this paper analyzed the model and derived these specific mathematics relationships.According to the formulas,this paper used Matlab to program,handled the datum and got the relationship images of the molding pressure and the length-radius ratio and that the molding pressure and the density.Thus it was learned that in plastic deformation area,the pressure and mould radius have the linear relationship while in the shaping area,they have the hyperbolic relationship and the pressure and the length-radius ratio have the linear relationship; Molding density changes with pressure and radius in index.
机译:生物质成型受水分,温度,泊松比,粒径,长径比等因素的影响。本文研究了压力对不同直径生物质成型的影响,主要研究了生物质受到的力。首先,对材料的成型过程进行了分析,建立了无穷小等压模型,即压力容器模型。然后,对该模型进行了分析和推导。根据公式,利用Matlab进行编程,处理数据,得出成型压力与长径比,成型压力与密度的关系图。变形区域中,压力与模具半径成线性关系,而在成型区域中,它们具有双曲线相关性船上压力与长径比呈线性关系;成型密度随压力和半径指数而变化。

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