1.
Numerical simulation of cup drawing based on drawing-hole forming technology
基于拉深孔成形技术的杯形件拉深数值模拟
2.
Theoretical and Experimental Primary Study on Drawing-Hole Forming Technology;
拉深孔成形技术的理论与实验初步研究
3.
Forming Technology Study of Long Conical Deep-hole Components Made of 30CrMnSiNi2A
30CrMnSiNi2A长锥形深孔件成形技术研究
4.
Foundation Pit Supporting Technology of Grouting Pile Cantilerer Enclosure by Percussion and Grabing;
冲抓成孔灌注桩悬臂围护形式深基坑支护技术
5.
Porosity formation mechanisms and controlling technique for laser penetration welding of aluminum alloy
铝合金激光深熔焊气孔形成机理与控制技术
6.
Research and Application of Reduce the Hole in Drawing;
拉深成形中变形减轻孔的研究与应用
7.
Simulation of Drawing Process of Hydroforming Ladder Cylinder Part
基于Dynaform的阶梯形件液压拉深成形仿真技术研究
8.
Study of Multi-stage Deep Drawing for H-Bend Wave-guide;
H弯波导件多道次拉深成形技术的研究
9.
Research on Techniques of Synthetic Aperture Side-scan Bathymetric System
合成孔径侧扫测深系统有关技术研究
10.
Application of Numerical Simulation in the Drawing Quality Control of Automobile Covering-die;
数值模拟技术在汽车覆盖件拉深成形质量控制中的应用研究
11.
A study on the key techniques and application of finite element simulation of the blank drawing;
薄板拉深成形有限元模拟中的关键技术及应用研究
12.
Popularization and Application of Deep-hole Blasting Technique in Bottom Compound-term Wedge Cutting
底部复式楔形掏槽中深孔爆破技术的推广应用
13.
With square blank to draw cylinder is a newly technology.
采用方形坯料深拉延圆筒形件是一项新技术。
14.
Analyses on the Hole Wall Stability of Colossal Piles and Research on the Technologies of Drill Hole
大直径深长桩施工孔壁稳定性分析与成孔技术研究
15.
Research on the Key Technologies of Intelligent Deep Drawing Control for a Rectangular Box;
盒形件拉深智能化控制关键技术的研究
16.
Construction technology of excavated and cast-in-place piles with a large diameter and an extra depth in karst geology
岩溶地质大孔径超深桩挖孔施工技术
17.
Adopting international prevailing surface treatment technology, the basin is smooth in surface, has greater depth and more volume, easy to use.
先进拉伸整形技术，拉伸均匀，盆体特深，空间更大，使用便捷。
18.
Significant Super-cooling Technology for Fe-based Bulk Metallic Glasses and Their Glass-forming Ability;
大体积铁基合金深过冷技术及非晶形成能力