星箭支架变形能占全箭模态总能量的比例是约束阻尼层阻尼贡献的重要参考量。
The modal strain energy ratio of PAF to whole system is a critical variable to evaluate the contribution of the CDL to the whole system damping.
结论残余应力是支架变形的直接原因并提出增加热处理工序以解决残余应力的方案。
Conclusion the residual stress is the reason of deformation of framework. The new scheme dispelling the residual stress by adding in heat treatment is adv...
目的对可摘局部义齿支架变形问题进行分析，探索钴铬合金熔模铸造支架产生变形的原因。
Objective To investigate the deformation of the removable partial denture and the reason of deformation of framework by Co - Cr alloy investment casting.
介绍了工位器具改进设计，改进后散热器支架变形明显消除，发动机罩扣合不良问题得到解决。
After the tool is improved, the radiator sup - port is not out of shape and the problem of engine cover lock is solved.
为了抑制炮口的变形，设计了支架结构。
To limit the deformation of the muzzle, the support was designed.
平衡岩梁的变形对支架产生的影响受直接顶的岩性和其损伤后的强度的影响是明显的。
It is remarkable that the residual strength of damaged immediate rock influence on the load of support influenced by balance rock layer.
当模具外壳大于几平方英尺时，也可以使用支架以防止模具外壳变形或断裂。
When a mold skin is larger than a few square feet, a framing system is also used to provide a means of handling the mold skin without causing it to be deformed or fractured.
该设备主要用于U型钢拱形支架使用后发生变形、扭曲或局部破损的整形工作，以增加型材的复用次数。
The equipment is mainly used for the shaping work of U-shaped steel arch support when it deforms, distorts or partial damages, to increase the number of profiles in the re-use.
在给定初始支撑强度的前提下，加大支架的让压变形量，提高支架承载能力，大大改善了矿工钢梯形支架控制围岩的效果。
After being set state load, optimized timbering adds support yielding deformation, increases the load-carrying ability and improves the effect of controlling the surrounding rock.
用于颌骨修复的修复体支架属于薄壁件，而薄壁件在成型过程中极易出现翘曲变形甚至开裂现象。
The precision is improved and meets the clinical needs. The bracket used for repairing the skull defects is thin, which is inclined to be warpage during sintering.
镍钛合金具有超弹性变形行为，利用这一特性制备的自膨胀支架具有优异的生物相容性和力学性能。
NiTi alloy provides superelasticity. We can use this property to make self-expanded stent, which takes on excellent biocompatibility and mechanical properties.
优化结果表明：支架的最大变形量可以控制在微米级以内，符合要求。
The optimization results show that: the biggest stent deformation can be controlled under the scope of micron level, which can meet the requirement.
优化结果表明：支架的最大变形量可以控制在微米级以内，符合要求。
The optimization results show that: the biggest stent deformation can be controlled under the scope of micron level, which can meet the requirement.
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