刚强度 meaning in Chinese
stiffness
Examples
- Fea on stiffness and strength of main carriage and auxiliary frame for vehicle - mounted howitzer
车载炮主辅梁刚强度有限元分析 - 5 ) the 3 - d geometry and finite element model of the assembly of the optimized obturator of the breech mechanism is set up in terms of the optimized structural parameters . quasi - static and dynamic finite element analysis of stiffness , strength and obturating performance of the optimized obturator of the breech me chanism is performed
利用优化后的结构参数建立了优化后炮闩闭气结构的装配体三维几何实体模型和有限元模型，对优化后的炮闩闭气结构刚强度和闭气性能进行了准静态及动态多体接触弹塑性有限元分析。 - 3 ) a 3 - d geometry and finite element model of the assembly of the obturator of the breech mechanism is established . quasi - static and dynamic finite element analysis of stiffness , strength and obturating performance of the obturator of the breech mechanism is carried out , based on elastoplastic theory and multi - body contact algorithm , and the simulation results coincide with experimental results , further , th e effect of friction factor on its obturating performance is investigated
建立了炮闩闭气结构的三维装配体几何实体模型和有限元模型，对炮闩闭气结构刚强度和闭气性能进行了准静态及动态多体接触弹塑性有限元分析，分析结果与试验结果相吻合，进一步研究了摩擦系数对其闭气性能的影响。 - The rigidity and strength performance such as tension bend , torsion of composite laminated plates are calculated by use of classical lamination theory , and then analyses the experiment methods for rigidity and strength of laminate in detail , the comparison of theoretical analysis and experimental result shows good consistent , which indicate that the theoretical analysis and experimental method presented there is applicable for design and manufacture of military medical shelter laminate . in addition , theoretical analysis is taken for heat preservation and insulation performance of the laminate material by use of stable plate heat conduction method
采用经典迭层理论，计算了军用医疗方舱复合夹层大板材料的拉伸、弯曲及扭转等刚强度性能，由此深入研究了夹层大板材料弯曲刚强度性能试验方法，对理论分析进行了试验验证，结果表明该课题提出的理论分析和试验方法适于军用医疗方舱铝塑复合夹层大板力学分析，对军用医疗方舱铝-聚氨酯-铝复合夹层大板的力学结构设计和制造具有重要的应用价值。 - Comparison of stiffness , strength and obturating performance of the initial obturator of the breech mechanism with those of the optimized one is made , which indicates that the stress concentration that leads to fatigue failure in the optimized structure is eliminated . the flexibility of the optimized obturator of the breech mechanism is considerably increased and its obturating performance is substantially improved
对优化前后炮闩闭气结构刚强度和闭气性能进行了对比，优化后的结构应力集中问题得到了有效控制，消除了潜在的疲劳源，结构的柔性得到很大程度的提高，闭气性能有了明显改善，实现了优化的目的。