1) stress-CSP
应力综合结构势
1.
A practical expression of structural parameter,named stress comprehensive soil structure potential(stress-CSP),is proposed by some scholars, which,however,has its own limitations.
分析了应力综合结构势具有的局限性,继承了其合理内核,探求了一种新的、可以方便应用于复杂应力状态下的结构性参数——应变综合结构势,突破了结构性参数在复杂应力条件下应用的局限性,拓展了其应用空间。
2) strain-CSP
应变综合结构势
3) comprehensive structural potential
综合结构势
1.
Advances in comprehensive structural potential and structural parameters of soils
土的综合结构势及结构性参数研究进展
4) application integration architecture (AIA)
应用综合结构
5) structural synthesis
结构综合
1.
A systemic method of structural synthesis was presented, which was used to achieve singularity-free fully-isotropic three-degrees-of-freedom spatial parallel mechanisms with 2T1R-type.
提出了无奇异各向同性三自由度2T1R空间并联机构结构综合的一种系统方法。
2.
All possible 5-order motion screw systems of limbs’ structures were enumerated, and then a systematic method was presented for structural synthesis of 4-DOF (4-degrees-of-freedom) parallel manipulators with symmetrical structure.
利用螺旋理论 ,分析了少自由度并联机构中支链运动螺旋系与动平台约束螺旋系的关系 ,列举了五阶运动螺旋系的支链类型 ,在此基础上提出了一种四自由度对称并联机器人结构综合的方法 ,并利用该方法针对动平台 3转动 1移动的运动特征要求 ,进行了结构综合 ,得到多种具有对称结构的四自由度并联机器人机构类型 。
3.
Structural synthesis of parallel manipulators was considered on applying background of robot devices for positing and orientation in advanced manufacturing equips.
以并联机构的运动输出是各支链运动输出的交集为理论基础,提出并联机构的综合步骤,并以三平移一转动的4自由度并联机构为实例进行结构综合。
6) Structure synthesis
结构综合
1.
The theory of screws and reciprocal screws is used to analyze the constraint conditions for parallel robots of a given number of DOF, and a systematic method is proposed for structure synthesis of four-DOF parallel robots mechanisms.
利用螺旋和反螺旋之间的互易关系,分析了给定机构运动自由度与支链约束之间的关系,提出了基于螺旋理论的4自由度并联机器人机构结构综合的一种方法。
2.
In this paper, the concept of MEC,the MEC structure synthesis, structure economic control, and the closed loop control are surveyed.
本文对最经济控制系统的概念、最经济结构综合、结构经济控制及闭环系统的最经济控制等问题给予综合介绍，并提出了最经济智能控制的新概
3.
To enlarge the fault tolerant workspace when robot\'s fault joint is locked,and improve the fault tolerant performance index,this paper used the influence factor as the fault tolerant index to conduct structure synthesis.
为了增大机器人锁定故障关节后的容错空间,提高机械臂的容错性能,运用容错因子作为容错性能指标对机械臂进行了结构综合。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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