钛合金板

激光冲击成形钛合金板的变形与残余应力分析

Study on Deformation and Residual Stresses of Titanium Alloy Sheet after Laser Shock Forming

实验研究了单点冲击下激光冲击成形中各因素对钛合金板成形量的影响。

On the base of single-point shocking experiments , the influence of the main factors on the deformation of titanium alloy sheet is studied .

钛合金板扩孔成形中的形状畸变现象研究

Research on Shape Distortion in Bore-Expanding Process with Titanium Alloy Sheet

钛合金板超塑性成形/扩散连接成形因素影响的数值模拟

Numerical Simulation of Effect on SPF / DB of Ti Alloy Sheet

钛合金板在颅骨缺损修补术中的应用和护理配合

Application of Titanium Alloy and nursing cooperation in the cranioplasty

有反向压力粘性介质胀形铝、钛合金板实验研究

Experimental Investigations on Aluminum and Titanium Alloy Sheet Viscous Medium Bulging with Backpressure

钛合金板与不锈钢网扩散焊接技术研究

Study on diffusion welding technology of titanium alloy plate and stainless steel net

钛合金板与不锈钢丝网异质接头焊接

Bonding of titanium alloy sheet and stainless steel web

目的：探讨钛合金板置入在颅骨缺损修复中的应用。

Objective To explore the reconstruction of skull defect with alloy titanium implant .

钛合金板代骨治疗下颌骨缺损43例临床分析

Application of Titanium Plate in Reconstruction of Mandibular Defect & Clinical Analysis of 43 cases

钛合金板弹簧研究

Investigation of Plate Spring of Titanium Alloy

聚乙烯、钛合金板固定治疗股骨远端粉碎性骨折

Treatment of comminuted fractures of distal end of the femur with polythene and titanium plate

中厚度钛合金板受压稳定性试验及有限元分析

Buckling Tests and Finite Element Analysis on Moderately Thick Plates Made of Titanium Alloy under Compression

钛合金板翅式换热器的制造

Manufacture of Titanium-Alloy-Finned Heat Exchangers

目的探讨下颌骨粉碎性骨折应用骨科钢板和钛合金板行骨内固定的疗效及临床价值。

Objective To study internal fixation on mandibular comminuted fractme with orthopedic steel plate and Ti-alloy plate .

钛合金板料激光曲线弯曲及热辐射对其组织性能的影响

Curved laser bending of titanium alloy sheets and effects of heat radiation on its microstructure and property

本文着重概述了激光切割钛合金板的机理，工艺试验和切割参数。

In this paper , the principle , technical tests and parameters of cutting titanium alloy are presented .

结论下颌骨粉碎性骨折应用钛合金板优于骨科钢板，且可长久保留。

Conclusion Ti-alloy plate is superior in fixation of mandibular comminuted fracture to orthopedic steel plate and can retain longer .

对钛合金板大面积激光多点冲击成形和典型件的仿形冲击成形实验研究。

The experiments of titanium alloy sheet formation on the large area and profile modeling of typical workpiece are carried out .

对激光冲击成形的钛合金板表面质量及显微特性进行了分析研究。结果表明，激光冲击成形后的钛合金板变形区的表面变得光滑平整，表面粗糙度得到了显著降低；

After observing the surface quality of laser-shocked area , it is shown that the area becomes smooth and the surface roughness obviously decreases .

在此基础上进行了钛合金板激光多点冲击大面积成形和典型件仿形冲击成形的实验研究；

Furthermore , the fundamental study is carried out on the large area forming and profile modeling of typical workpiece of titanium alloy by LSF .

本文在分析了国内外激光冲击成形研究现状的基础上，对钛合金板激光冲击成形进行了实验研究。

Based on the preliminary study on LSF ( Laser Shock Forming ) both at home and abroad , the LSF of titanium alloy sheet is studied .

通过钛合金板的冲塞实验研究了绝热剪切和动态破坏的联系，发现由于沿剪切带的孔洞形核和合并过程而出现断裂，最后导致冲塞。

It is found that fracture occurs by a process of void nucleation and coalescence within and along the shear band , leading to the final plug formation .

研究了不同辅助气体和工艺参数对激光切割钛合金板的影响，分析了激光切割切缝的断面特征和热影响区特点。

The effects of different aid-gases and technological parameters on laser cutting of titanium alloy have been investigated . The characters of cut plane and heat affected zone of laser cutting have been analyzed .

说明中厚度钛合金板采用有限元稳定性分析，选用20节点solid186体单元并计及材料非线性，是可靠有效的。

By comparing the test results with those from nonlinear finite element analysis , it is proved reliable and stabile for the analysis of moderately thick plate with 20-node solid 186 tridimensional element meanwhile considering nonlinear performance of material by ANSYS .

TA5钛合金焊板的疲劳断口分析

Analysis on Fatigue Fractures of TA 5 Alloy Welded Plates

把用黄金分割点（0.618）作为工艺参数选择的切入点，进行了TC11钛合金中板的研制工作。

Through selecting extreme and mean ratio ( 0.618 ) as the technological parameter , the development of TC11 titanium alloy median plate was studied .

用扫描电镜对TA5钛合金焊接板件不同部位的疲劳裂纹扩展速率试验后的试样断口进行了分析。

Fractures of the TA5 alloy welded plates samples conducted fatigue crack propagation rate test were analyzed by scanning electron microscope .

钛合金脊柱板的应用研究

Study on the Application of Titanium Alloy Backbone Panel

织构钛合金轧板定量相分析

Quantitative Phase Analysis on Textured Titanium Alloy Sheet