thermal deflection的例句大全

Numerical Analysis Method of Thermal Deflection and its Affection on Vibration Response of Rotor

转子热弯曲变形及其影响的数值分析方法

Effects of slots on thermal deflection and vibration behaviors of circular saw

径向槽对锯片热变形和振动特性的影响

Thermal deflection analysis of the solidified shell in the continuous casting of slab

板坯连铸凝壳的热变形分析

A Calculation of Bulk Temperature and Thermal Deflection of Gear Tooth about Profile Modification

齿轮本体温度场和热变形修形计算

Silicon thin films with different structures fabricated by VHF-PECVD by using Raman scattering were studied and photo thermal deflection spectra ( PDS).

采用VHF PECVD技术制备了不同结构的Si薄膜，用喇曼（Raman）散射光谱和光热偏转谱（PDS）分别对材料的结构进行了研究。

The vibration behavior and thermal deflection of the circular saw with the slots were studied with the experiment that involve to experimental mode analysis ( EMA) and simulation heating at the edge of the saw blade in this thesis.

本论文采用实验模态分析和模拟加热的实验方法对开径向槽的木工圆锯片进行了动态特性和热变形方面的研究。

test method for thermal deflection rate of spiral and helical coils of thermostat metal

恒温双金属螺旋形线圈的热偏转率的测试方法

Thermal diffusiviities of BaTiO _ 3 materials are measured by laser photothermal deflection technique.

利用激光光热偏转技术测量了钛酸钡材料的热扩散率.

The thermal deflection theoretical model of a piezoresistive composite micro-cantilever for thermal infrared detector was studied.

研究了一种压阻复合层微机械悬臂梁红外探测器,建立了其热挠曲理论模型.

thermogravimetric analyses were carried out to estimate the thermal performance of the composites, and the heat deflection temperature was measured to notarize the results.

用热重分析法衡量了复合材料的热性能，并用负荷热变形温度测试加以验证。

secondly, the deflection caused by unilateral sunlight is investigated by using thermal-structure coupling analysis method.

其次，针对日照对桥梁结构变形的影响，采用热&结构耦合分析的方法计算该桥在单边日照下的偏位；

Large deflection analysis of plates under thermal loading by using perturbation differential quadrature method

摄动DQ法分析板的大挠度热弯曲特征值组的摄动法

The main cause of thermal shock fatigue is the co-action of micro-cracks, crack bridge and deflection," crushed particles" and roughness on the crack surface during thermal shock cycling.

热震过程中的微裂纹，裂纹桥接和偏转，热震裂纹表面的碎粒及粗糙性等的共同作用是Al2O3-TiC复合陶瓷热震疲劳产生的主要机制。

During the thermal cycling cracks propagation, cracks deflection, bridge and pinning are the most predominant reasons that the improvement of thermal shock fatigue resistance of composites.

在热震循环裂纹扩展中，裂纹偏转、桥联和钉扎是复合陶瓷热震疲劳抗力得到改善的主要原因。