rigid boundary condition 刚性边界条件
The basic relationship of plastic mechanics of the rigid plastic compressible material under non-principal axis condition was finalized through two different approaches.
本文从两个不同的途径证明了刚塑性可压缩材料在非主轴条件下的塑性力学基本关系式。
Method Under extreme rigid registration condition, correlation coefficient, mutual information and correlation ratio similarity measures were tested as most suitable similarity measures.
方法在极端的刚体配准条件下，检验出互相关系数，互信息和相关比相似性测度为适合的相似性测度。
This condition simplifies the displacement compatibility analysis and has generated a proliferation of "rigid pier" solutions.
这一条件使刚性基础相应的位移分析得以简化，并提出许多“刚性基础”的解。
应用推荐