翘曲模型的英文

• warped pattern

• 翘曲    buckling; warping; bow and t ...
• 模型    model; pattern
• 扭曲模型    warped model
• 弯曲模型    bending die
• 翘曲    buckling; warping; bow and twist
• 扭曲模    kink mode; twisting dies
• 弯曲模    bending dies
• 板翘曲    curling of slab; warping of slab
• 变翘曲    warping
• 翘曲的    warped
• 翘曲点    warpoint
• 翘曲度    angularity; warpage
• 翘曲缝    warping joint
• 翘曲湖    lake due to warping
• 翘曲力    buckling force
• 翘曲面    warped surface
• 翘曲线    warp line
• 使翘曲    crook; torture; warp
• 拖索,翘曲    warp
• 半径工具（曲模）    radius tool
• 风动弯曲模    air bend die
• 回转扭曲模    rotary twisting die
• 回转弯曲模    rotary bending die
• 卷曲模量    crimp modulus
• 挠曲模量    flexrual modulus; flexural modulus

• The camber development mechanism and the influence factors were researched by geometry analysis , viscous analysis and sintering kinetics analysis . the camber model was established and the equation for calculating curvature of camber was proposed . the influence factors for camber involve the original size of composite , the sintering properties and the shrinkage mismatch between the two materials
  从几何学、粘弹性力学和烧结动力学的不同角度出发，探讨了共烧翘曲形成机制和影响因素，建立了介电材料铁氧体材料叠层共烧翘曲模型和翘曲曲率方程，揭示影响翘曲的因素为形状尺寸因子，材料的烧结特性和异种材料之间的收缩率差，其中烧结过程的收缩率差是翘曲产生的根本因素，收缩率差越大，则翘曲曲率越大。