1.
Solutions of the Plane-Strain Problems in a Power Hardening and Incompressible Material
幂硬化不可压缩材料平面应变问题的解法
2.
The treatment of Rayleigh waves in general incompressible materials usually entails no greater simplicity compared to compressible solids.
一般的不可压缩材料中的瑞利波的处理，与可压缩团体相比，通常并不会带来更大的简单性。
3.
We now study the same problem for the incompressible materials.
现在我们对于不可压缩的材料来研究同样的问题。
4.
compressibility testing machine for industriual materials
工业材料压缩测试机
5.
The Ways of Evaluation on Plastic Deformation for Compressible Sintering Materials
可压缩烧结材料塑性变形问题的求解方法
6.
Review of Compressible Plasticity Mechanics in Metal Foams
泡沫金属材料可压缩塑性力学研究进展
7.
Crack Tip Field on Mode Ⅱ Dynamic Growing Crack in Visco-Elastic Compressible Material
可压缩粘弹性材料Ⅱ型动态扩展裂纹尖端场
8.
Research of Compressive Performance of Different Carbon Matrix C/C-SiC Braking Composites
不同炭基体C/C-SiC制动材料压缩性能研究
9.
Rather condense the material for a novel into a sketch, never spin out the material for a sketch into a novel."
宁可将可作小说的材料缩成速写，决不将速写材料拉成小说。”
10.
We would rather abridgethe materials for a long novel into a literaly sketch than expand the materials for a sketch into a novel.
宁可将可作小说的材料缩成速写，决不将速写的材料拉成小说。
11.
If we don't have enough money and materials for them, we must cut back local projects, especially those for ordinary processing industries.
资金、材料不够，宁可压缩地方上的项目，特别是一般性的加工工业项目。
12.
Numerical Solution of Slip Line Field and Its BoundaryConditions for Compressible Material in Plane Strain
可压缩材料平面应变滑移线场的数值解和边界条件
13.
Studay on Performance of Cement-based Composite Materials Based on Compressible Packing Model;
基于可压缩堆积模型的水泥基复合材料性能研究
14.
Slip Line Velocity Equation for Compressible Materials in Plane Strain and Its Velocity Discontinuty;
可压缩材料平面应变滑移线速度方程及速度间断
15.
The crowning task would be to condense these voluminous still-accumulating materials.
要完成任务，还得把汗牛充栋的，仍在不断增加的材料进行压缩。
16.
Seamless, non-shrinkage, wearing-resistant, anti-scar, pressure proof, impact-proof, temperature-resistant, acid ＆ alkali resistant, water-proof and corrosion resistant engineering materials.
无缝、不收缩、耐磨、耐刮、耐压、耐冲击、耐温、耐酸碱、防水、防蚀工程材料。
17.
Effect of porosity on compressive properties of porous sintered stainless steel fiber media
孔隙度对烧结不锈钢纤维多孔材料压缩性能的影响
18.
Studies on Shock Compression Behavior of Ferromagnetism Material Nd_2Fe_(14)B;
强磁材料钕铁硼的冲击压缩特性研究