液压扳手 meaning in Chinese
hydraulic wrench
Examples
- Optimizing design for the structural perimeters of the executive mechanism in hydraulic wrench
液压扳手执行机构结构参数的优化设计 - Specializing in the production of jack , hydraulic wrench , hydraulic nuts , bolts hydraulic tensile , snorkel platform groove machine , demolition broken clamp , the manual hydraulic pump , electric and pneumatic hydraulic pumps and other hydraulic pump
专业生产千斤顶、液压扳手、液压螺母、螺栓拉伸器、液压升降平台、坡口机、拆破钳、手动液压泵、电动液压泵和气动液压泵等。 - Thedevelopment development hydraulic jack , the bearing heater , thebearing get up pulling out , the hydraulic pressure spanner , thehydraulic pressure pulls a horse , the hydraulic pressure small crane , nut broken cutting , the oil filter machine and the pipe bendingmachine and so on the advanced practical mechanical and electricalservice product has the world advanced level , the product and thetechnology widely applies to domain the and so on electric power , petrification , chemical industry , metallurgy , mine , spinning andweaving , papermaking machinery service department and the machinemanufacture unit , and in the daya bay nuclear power station , beijingsteel corporation , wuhan steel corporation , the baoshan steelcorporation , the daqing oil field , the victory oil field , the golmudoil field , the three gorges power plant , yangzi petrifies , qi and lupetrifies and so on in the national large and middle scale enterprisesand the project the comprehensive promoted use
研制开发的液压千斤顶，轴承加热器、轴承起拔器、液压扳手、液压拉马、液压小吊车、螺母破切器，滤油机和弯管机等先进实用的机电维修产品有世界先进水平，产品和技术广泛应用于电力、石化、化工、冶金、矿山、纺织、造纸等领域的机械维修部门和机械制造单位，并在大亚湾核电站、首钢、武钢、宝钢、大庆油田、胜利油田、格尔木油田、三峡电站、扬子石化、齐鲁石化等国家大中型企业和工程中全面推广使用。 - By applying the basic principles for optimizing design of structure based on the finite element method and aiming at the problems , such as nonlinear contact problem involved in special hydraulic spanner , the main part of tank track hydraulic regulator , etc . , the calculation analysis and study based on finite element optimization is conducted and the optimized size and shape of spanner are obtained , and the structural characteristics and stress state are obviously improved
摘要运用有限元法进行结构优化设计的基本原理，针对坦克履带液压调整器特种液压扳手主要机件所涉及非线性接触等问题，进行了有限元优化的计算分析与研究，得到了优化的形状与尺寸，结构特性与受力状况得到明显改善。