1) Twist-compression
扭压
1.
Twist-compression forming is a process that a pressure is exerted along theheight direction of the workpiece, and at the same time,a twisting torque is exerted alo-ng into cross-sectoin direction during the process.
扭压变形是在变形中沿坯料高度方向施加压力的同时，沿坯料横截面方向施加扭矩，将工件与工具间接触摩擦的有害作用转变为积极的有益作用，从而减小变形力，改善工件的组织性能。
2) Compression Torsion
压扭
1.
The Analysis of Space Frame Model and Ultimate Torque Formulas of Reinforced Concrete Members Under Compression Torsion and Tension Torsion;
钢筋砼压扭和拉扭构件受力模型及承载力公式分析
3) high pressure torsion
高压扭转
1.
Grain refinement and its correlation with strain for pure copper subjected to high pressure torsion;
高压扭转致纯铜晶粒细化及与应变的关系
2.
Bulk ultrafine grained materials prepared by consolidation of powder using high pressure torsion
高压扭转法制备粉末块体超细晶材料
3.
With a view to the situation of ultra fine-grained material manufacturing home and abroad, some practical ultra fine-grained aluminum and aluminum alloy manufacture technologies are summarized in this paper, such as accumulative roll-bonding (ARB), high pressure torsion (HPT), and equal channel angular pressing (ECAP).
结合目前国内外大塑性变形制备超细晶粒材料的现状,重点阐述了累积轧制、高压扭转和等通道挤压等具有实际生产意义的制取超细晶粒铝及铝合金材料的技术,分析了这些制备超细晶粒铝及铝合金材料技术细化晶粒的机制;展望了大塑性变形制取超细晶粒铝及铝合金材料的发展前景。
5) wrench-compression anticline
扭压背斜
6) twist compression deformation
压扭变形
1.
In this paper,the strain of twist compression deformation is analyzed and the formulae are derived in detail,furthermore,some numerical results are given.
本文分析了压扭变形时变形体内应变情况，并给出求解真应变的公式及部分计算结果。
补充资料：冲击波超压与动压