| 1. | Singular integral equations and boundary element method of cracks in thermally stressed planar solids
热载荷作用下平面裂纹问题的奇异积分方程与边界元法 |
| 2. | Machine tools ; behaviour of machine tools under static and thermal loading ; general rules for testing milling machines
机床.静载荷和热载荷下的机床特性.铣床测试的一般规 |
| 3. | Machine tools ; behaviour of machine tools under static and thermal loading ; testing of vertical knee type milling machines
机床.静载荷和热载荷下的机床特性.垂直升降台式铣床 |
| 4. | Machine tools ; behaviour of machine tools under static and thermal loading ; testing of horizontal knee type milling machines
机床.静载荷和热载荷下的机床特性.水平悬臂式铣床的 |
| 5. | The results of the analysis indicate that the mechanical behavior of composite steel - frames in fire conditions is dominated by the effects of thermal loading , thermal expansion and thermal gradient
得出了钢结构高温条件下热载荷、热膨胀、热梯度对整体结构机械性能具有显著影响的结论。 |
| 6. | The change of residual contact pressure of bimetal composite pipe under the action of heat load in this article , the possibility of separation between two metal layers in temperature cycle was researched ; it has been shown that under heat loading condition , it has a limit working temperature
摘要分析了在热载荷作用下双金属复合钢管结合强度的变化，研究了经历温度循环后内外层管之间出现松脱的可能性。 |
| 7. | The response of solid rocket motor that exposed to the thermal load was simulated by use of the thermal conductivity equations with source term . the thermal hazard of solid rocket motor was evaluated . some measures to decrease thermal hazard of solid rocket motor has been put forward
采用带源项的热传导方程,对固体火箭发动机在遭受热载荷时的响应情况进行了数值模拟,有效地评估了在外界热载荷作用下固体发动机的危险性,并提出了减少发动机热危险性的措施。 |
| 8. | The topic has analysis the body in the static , dynamic and the thermal - stress using the finite element method . in the analysis , adopting entity model building to build the fea model , predigesting the bonded block , using entity equivalence the bearing effect , adopting indirect method to couple the mechanism load and thermal load
分析中,采用实体建模方法建立了机体的有限元模型;对结合部进行了简化处理;用实体等效轴承的作用;采用间接法耦合了热载荷和机械载荷的作用;应用锤击法对机体和轴系进行了动态性能实验。 |
| 9. | The choice of laser output window height is relation to many factors , such as pressure loading , thermal loading , yield stress , influence on wavefront , failure by fatigue . spherical windows can endure higher laser intensity . however , it brings some phaseshifts , which connect with laser windows parameters
激光器输出窗口厚度的选取与压力载荷、热载荷、材料极限强度、厚度对波前的影响、材料疲劳等多种因素有关，由于球壳窗口能承受较高的功率密度，但窗口本身带来相移，该相移大小与窗口参数有关，根据位相均方根值选择球壳窗口参数。 |
| 10. | In the master thesis , the fatigue characteristics of the ferroelectric films under thermal load and electrical load were investigated . the thermal load was induced by a pulse laser beam of nd : yag and the electrical load was made by rt6000s ferroelectric tester t o act on the films respectively . the effect of thermal or electric loads on the films properties was discussed
本文对铁电薄膜在循环的热载荷和电载荷作用下的疲劳特性进行了研究，分别用nd ： yag脉冲激光器模拟热载荷、用rt6000s铁电测试仪模拟电载荷作用于铁电薄膜，根据实验结果探讨了这两种载荷对铁电薄膜性能的影响。 |
