双力矩,Bimoment英语短句,例句大全

双力矩,Bimoment
1)Bimoment[bai'm?um?nt]双力矩
1.The calculating that for the bimoment B ω is much less than the that of the literature 〔1〕,and the normal stress approaches further to the test.箱形圆环曲梁在大型高炉和现代超高烟囱内钢筒的吊装等工程中得到广泛应用针对这类闭合圆环曲梁 ,采用薄壁曲梁解析法 ,计算了其在垂直均布荷载和扭矩作用下的内力与文〔1〕比较 ,所计算的双力矩Bω 较小 ,且与试验结果更为接近因此文中理论计算更可靠 ,可供设计人员参
2.It was established a set of calculation methods for the analysis of bearing capacity and deformation of Hsection steel column under two-way loading and bimoment by taking the thermal pipeline support columns in actual projects for example and according to the steel structure stability theory.以实际工程中的热力管道支架柱为例,根据钢结构稳定性理论,建立起一套H型钢柱双向受力承载力分析和双力矩应力变形计算方法,并运用有限元法中的矩形板壳单元,系统地分析了支架柱在压弯扭荷载共同作用下的钢柱承载力特征和变形状态。
2)transverse bimoment横向双力矩
1.A new point is put forward that transverse bimoment has different influence on the two kinds of cross section thin-walled beams, and on their .在以有限元程序FEM作为计算工具，对开口和闭口薄壁梁约束扭转问题进行计算时，存在外扭矩的最佳等效问题，本文通过算例分析，分别提出了它们的最佳等效方式；同时对外载等效中经常出现的横向双力矩这一广义力进行研究，指出它在开口和闭口薄壁梁约束扭转问题中和圣维南原理适用条件中分别占有不同的地位。
3)torsion-bending bimoment扭弯双力矩
4)bending bimoment(B)弯曲双力矩B
5)double-impeller torque converter双泵轮液力变矩器
6)Dual-turbine hydrodynamic torque converter双涡轮液力变矩器
1.Dual-turbine hydrodynamic torque converter is a kind of power shunt fraction hydrodynamic torque converters, which is one of the important parts in transmission system.本文结合吉林省科技厅应用基础研究项目“双涡轮液力变矩器三维流动与转矩分配特性研究(20080538)”,基于三维流动理论和计算流体动力学(CFD)对双涡轮液力变矩器的内部流动特性进行深入细致的研究,在此基础上总结其转矩分配规律,并对其叶栅系统进行优化得到更为合理的方案,同时进行试验研究验证优化结果的正确性。

英文短句/例句

1.Research on the Torque Distribution Characteristics of Dual-Turbine Torque Converter双涡轮液力变矩器转矩分配特性研究
2.Numerical Analysis of Flow Field in Turbine of Twin-Turbo Hydrodynamic Torque Converter双涡轮液力变矩器的涡轮流场数值分析
3.General specifications of double--Turbine torque converterGB/T10856-1989双涡轮液力变矩器通用技术条件
4.Torus Streamline Method Design of 3-element Centripetal-turbine Hydraulic Torque Converters三元件向心涡轮液力变矩器环面流线法设计
5.Single-stage centripetal turbine hydrodynamic torque converters-Types and basic parametersGB/T10429-1989单级向心涡轮液力变矩器型式和基本参数
6.Modal Analysis for Torque Converter Based on ANSYS基于ANSYS的液力变矩器叶轮模态分析
7.The Thermo-property Analysis on Torque Converter of 50 Wheel Loader;50型轮式装载机液力变矩器工作热特性分析
8.Main flow features analysis on impeller of super flat automotive torque converter超扁平化液力变矩器泵轮流场主流特征分析
9.Regeneration Technique by Surface Strengthening for Stator Seat of Hydraulic Torque Converter液力变矩器导轮座的表面强化再生技术
10.torque converter oil temperature telltale液力变矩器油温警告灯
11.Research of the Double Clutch Torque Converter Lockup Damping and Control;双离合器式液力变矩器的闭锁减振及其控制的研究
12.Analysis on the Flow Field of Torque Converter Equipped in Off-road Car and Experimental Research on the Stator;越野车液力变矩器流场分析及其导轮流场实验研究
13.Research on Slip Control of Lock-up Clutch in Torque Converter;液力变矩器闭锁离合器滑摩控制研究
14.Research of Locking Controller for Hydraulic Torque Converters on Dozers推土机液力变矩器闭锁控制器的研究
15.Calculation and analysis of axial force in hydrodynamic torque converter based on CFD液力变矩器轴向力的CFD计算与分析
16.Hydrodynamic torque converter--Method of performance testsGB/T7680-1987液力变矩器性能试验方法
17.Research on Series Design Based on the Hydrodynamic Torque Converter W305;基于W305液力变矩器的系列化研究
18.Study on Parameters Optimization and Shaping of the Hydrodynamic Torque Converter Blade;液力变矩器叶栅参数优化及造型研究

相关短句/例句

transverse bimoment横向双力矩
1.A new point is put forward that transverse bimoment has different influence on the two kinds of cross section thin-walled beams, and on their .在以有限元程序FEM作为计算工具，对开口和闭口薄壁梁约束扭转问题进行计算时，存在外扭矩的最佳等效问题，本文通过算例分析，分别提出了它们的最佳等效方式；同时对外载等效中经常出现的横向双力矩这一广义力进行研究，指出它在开口和闭口薄壁梁约束扭转问题中和圣维南原理适用条件中分别占有不同的地位。
3)torsion-bending bimoment扭弯双力矩
4)bending bimoment(B)弯曲双力矩B
5)double-impeller torque converter双泵轮液力变矩器
6)Dual-turbine hydrodynamic torque converter双涡轮液力变矩器
1.Dual-turbine hydrodynamic torque converter is a kind of power shunt fraction hydrodynamic torque converters, which is one of the important parts in transmission system.本文结合吉林省科技厅应用基础研究项目“双涡轮液力变矩器三维流动与转矩分配特性研究(20080538)”,基于三维流动理论和计算流体动力学(CFD)对双涡轮液力变矩器的内部流动特性进行深入细致的研究,在此基础上总结其转矩分配规律,并对其叶栅系统进行优化得到更为合理的方案,同时进行试验研究验证优化结果的正确性。