1) geometric scaling-up
几何放大
1.
By taking the similarity of compound quality as the design goal,four geometric scaling-up factors are then chosen and the similarity conditions between the model mixer and the actual one are presented in the form of similarity criteria.
然后以胶料质量相似为设计目标,选择4个几何放大比例因子,以相似准数的形式写出模型与实物的相似条件,根据放大准则和流变理论建立了一个密炼机模拟放大模型。
2) geometric scale-up
几何相似放大
3) making templates
几何放样
1.
A method of making templates for tubes welding based on AutoCAD;
基于AutoCAD的几何放样方法
4) geometrical large distortion
几何大变形
1.
The outstanding advantages of the geometrical large distortion and large deformation of airsupported structure are considered.
考虑了充气膜结构几何大变形、小应变的主要特点,以非线性有限元理论为基础进行了包括形态、受荷及模态等全过程的受力分析。
2.
Considering the outstanding advantages to the geometrical large distortion and small deformation of air-supported structures and on the basis of non-linear finite element knowledge,the process of formfinding,loading and mode calculation is analyzed.
考虑充气膜结构几何大变形、小应变的主要特点,以非线性有限元知识为基础,进行包括形态、受荷、模态等全过程受力分析。
5) large deformation
几何大变形
1.
This thesis does some research about problems of crack and large deformation of beam, about how flexibility of PUM influences accuracy and convergence of numerical results, and draws some valuable conclusion.
本论文以固体力学中裂纹等高梯度问题以及梁的几何大变形问题为研究对象，研究了PUM这些灵活性对求解精度和收敛性的影响，得出了一些有价值的结论。
6) undeformed configuration
零状态放样几何
1.
This paper gives analyses of form-finding for beam string structures and provides an alternative method of lowering temperature of string to find beam string structures undeformed configuration.
采用对索段进行降温以实现索-梁结构预应力施加的降温法,通过大型通用有限元程序ANSYS提供的APDL语言进行结构建模,考虑结构的强几何非线性进行求解,可成功的求解预应力索-梁结构体系的零状态放样几何和初状态的预应力分布。
补充资料：几何
①〈书〉多少：价值～？ㄧ曾～时。②几何学的简称。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条