焊接振幅,Welding amplitude
1)Welding amplitude焊接振幅
2)Steel plate welding幅板焊接
3)vibratory welding振动焊接
1.Application ofvibratory welding technology to large-scale welding components;振动焊接技术在大型焊接构件中的应用
2.Application ofvibratory welding technology in project振动焊接技术在工程中的应用
3.Metallographs show that a refined joint is produced undervibratory welding.从断裂力学的角度分析机械振动对焊接接头韧度的影响,结果表明,焊缝的断裂韧度明显大于HAZ;振动焊接条件下的焊缝和HAZ的CTOD值明显高于常规焊接下焊缝和HAZ的CTOD值;且振动焊接使得焊接接头的各部分之间断裂韧度的差别明显缩小,断裂韧度更趋均匀化。
英文短句/例句
1.The Development of Micro-vibration Platform Used in Vibration Welding;应用于振动焊接的微振动平台的研制
2.The Design and Optimization of Straight-GMM Transducer Used in Vibration Welding;直动型超磁致伸缩换能器的优化设计及其在振动焊接中的应用
3.Research on Orbital Electromagnetic Vibration Head Used for Vibration Welding;摩擦焊接用循轨式电磁振动头的研究
4.Coupled vibration analysis of large size ultrasonic plastic weld dies;长条形超声塑料焊接模具的振动分析
5.TIG welding of the stainless steel 304 based on the ultrasonic vibration基于超声振动的304不锈钢TIG焊接
6.Vibratory Modal Analysis for Welding Drive Axle Casing of a Model ZL50 Wheel LoaderZL50型轮式装载机焊接驱动桥壳振动模态分析
7.RELIEVING RESIDUAL STRESSES OF THE WELDING WORKPIECE IN THE STEEL STRUCTURE BY VIBRATORY STRESS RELIEF降低钢结构焊接件残余应力的振动时效法
8.Effect of Vibration on Microstructures and Properties of Welded Joint and Engineering Application;振动对焊接接头组织与性能的影响及其工程应用
9.eutectic vibration brazing共晶合金振动钎焊法
10.Machine frame and tool rest are welded systematically.◆ 机架，刀架采用整体焊接结构，经振动消除应力，精度保持性好。
11.Simulation and Experimental Research on Welding Residual Stress Relieving by High Frequency Vibratory Stress Relief Technology;高频振动时效消除焊接残余应力的仿真及实验研究
12.Modal analysis and optimization of cylinder-shelcircular ultrasonic plastic welding tool柱-壳式圆形超声塑料焊接模具的耦合振动及优化
13.The Analysis of the Function about Vibration Time to the Reduce of Rest Stress in Press振动时效消除压力机焊接机身残余应力的实例分析
14.Microstructure and mechanical property of ultrasonic soldered joint of AZ31B magnesium alloysAZ31B镁合金超声振动钎焊接头微观结构和力学性能
15.A Novel Half-bridge Series-resonant High-frequency Induction Welding Power SupplyIGBT半桥串联谐振高频感应焊接电源
16.The welding quality is directly influenced by the speed control of welding dolly in the automation welding system.焊接自动化系统中的焊接小车的速度控制直接影响焊接质量。
17.Seam Distinguishing System & Automatic Control of Two-join-one Welding Equipment for Movable Steel Tube;移动式钢管“二接一”焊接装置的焊缝识别系统与焊接过程自动化
18.beam tape automated bonder梁式引线带自动焊接器
相关短句/例句
Steel plate welding幅板焊接
3)vibratory welding振动焊接
1.Application ofvibratory welding technology to large-scale welding components;振动焊接技术在大型焊接构件中的应用
2.Application ofvibratory welding technology in project振动焊接技术在工程中的应用
3.Metallographs show that a refined joint is produced undervibratory welding.从断裂力学的角度分析机械振动对焊接接头韧度的影响,结果表明,焊缝的断裂韧度明显大于HAZ;振动焊接条件下的焊缝和HAZ的CTOD值明显高于常规焊接下焊缝和HAZ的CTOD值;且振动焊接使得焊接接头的各部分之间断裂韧度的差别明显缩小,断裂韧度更趋均匀化。
4)vibration welding振动焊接
1.The thesis aims to develop the Giant Magnetostrictive Material Transducer (GMM Transducer), which is expected to fulfill the requirement ofvibration welding, including high frequency and large vibrating force.针对振动焊接中要求振源的振动频率高、输出力大的要求，本文研制了超磁致伸缩换能器(简称GMM换能器)。
5)vibrating welding振动焊接
1.Studying influence ofvibrating welding on residual stress,welding distortion,structure of welded seam and its HAZ,quality of welded seam and fatigue life of HAZ is done by experiments to comparevibrating welding and traditional welding.通过振动焊接与传统焊接方法的对比试验来研究振动焊接技术对焊接残余应力、焊接变形、焊缝及其热影响区组织、工件焊缝质量、热影响区疲劳寿命等的影响,得出该技术可以降低焊接残余应力、细化焊缝及热影响区组织、防止焊接裂纹和工件畸变,改善焊缝综合质量的结论,并成功应用于HT-7U项目中304L圆形大底板构件的焊接中,取得明显效果。
2.Research the influence of thevibrating welding on the quality of the welded seam and the structure of the welded seam and the incidence, the residual stress, the tired life of the weld seam thermal influenced zone by the experiments which contrasting thevibrating welding and the traditional welding.通过振动焊接与传统焊接方法的对比试验来研究振动焊接技术对工件焊缝质量、焊缝及其热影响区组织、残余应力、焊接变形、热影响区疲劳寿命等的影响,得出该技术可以细化焊缝及热影响区组织、降低残余应力、防止焊接裂纹和工件畸变,改善焊缝综合质量的结论,并成功应用于"HT-7U"冷屏δ3mm和19mm×19mm×3mm方管薄壁件的焊接中,取得明显效果。
6)Spot by spot current modulation焊接电流调幅
延伸阅读
凹板印刷机用胶布板分子式：分子量：CAS号：性质：用于高速轮转凹版印刷机的胶布板。供印刷报纸、杂志、图书等。与凸版印刷机用胶布板的装置位置相同，不与油墨直接接触，但作用不同，通过橡皮表层的弹力作用，将凹沟内的油墨吸到纸张上。印刷时所受的压力较大，胶层须较厚。
