1.
Experimental Research and Computer Simulation on Shape Rule of Deep Drawing with TC1M and TC2M Titanium Alloy Sheets;
TC1M和TC2M钛合金板料拉深形状规律研究及计算机模拟
2.
Specification for welding of titanium and titanium alloy clad steel plate
GB/T13149-1991钛及钛合金复合钢板焊接技术条件
3.
Oxidation Behavior and Mechanical Properties of Ti Alloys and Ti-based Composites;
钛合金和钛基复合材料的氧化行为及力学性能
4.
Treatment of Floating Shoulder Injury with Yitanium Reconstruction Plate and Calcaneal Plate
钛合金重建钢板结合跟骨钢板治疗浮肩探讨
5.
STRESS FIELD OF GTAW WITH A SPOT HEAT SINK ON TITANIUM ALLOY THIN PLATE
钛合金薄板带热沉GTAW焊的应力场
6.
Research on Microstructure of Titanium Alloy Prepared by EB-PVD and Aluminization;
EB-PVD制备钛合金薄板渗铝组织研究
7.
The Study on Titanium Alloy ZTC4 Impacting Sheet Warm Deformation Technology;
ZTC4钛合金冲击板温成形工艺研究
8.
Dissection of Abnormal Structure of TA15 Titanium Alloy Cold-Rolled Plate
TA15钛合金冷轧板材异常组织剖析
9.
Research on Springback in Bend-forming U-shaped Parts of TA2M Titanium Alloy Sheets
TA2M钛合金板材U形件弯曲回弹研究
10.
Study on Single-side Spot Welding Technology for BT20 Titanium Alloy Sheet
BT20钛合金板材单面点焊工艺研究
11.
Development of Nb-Ti Micro-alloyed Steel for Automobile Frame 510L
铌钛微合金化汽车大梁板510L开发
12.
The specimens made from Bayer tooth, thermosetting plastic, copper base alloy, titanium and its alloy have relatively good wear resistance as well and are thus idea prosthetic materials.
拜尔牙、热固塑料、铜基合金、钛及钛合金是较为理想的牙科修复材料 ;
13.
Research on Materail Constitution Models of TA15 and TC11 Titanium Alloys in Hot Deformation Processes;
TA15、TC11钛合金热变形材料本构模型研究
14.
Studies on Metal-TiO_2 Composite Antibacterial Materials;
金属—二氧化钛复合抗菌材料的研究
15.
The Study on the Properties of Titanium Substrate Metal Oxide Composite
钛基金属氧化物复合材料性能的研究
16.
DETERMINATION OF THE RESIDUAL STRESSES IN EBW JOINT OF TITANIUM ALLOY PLATE BY HOLE-DRILLING METHOD
钛合金平板电子束焊接残余应力的小孔法测量
17.
Numerical Model for the Temperature and Stress Fields of Moving EBW in Titanium Alloy Plates
钛合金平板电子束焊接残余应力数值分析
18.
Study on Deformation and Residual Stresses of Titanium Alloy Sheet after Laser Shock Forming;
激光冲击成形钛合金板的变形与残余应力分析