1.
Research on Annealing Technology and Microstructure and Property of Drawable Cold Sheets
冷轧深冲板退火工艺和组织性能研究
2.
Producing 3004 aluminum alloy deep-drawing slabs by casting-rolling method
采用铸轧法生产3004铝合金深冲板坯
3.
Study on Recrystallization Dynamic and Microstructure-Properties for DDQ(Deep Drawable Quality) Cold Rolled Sheets;
冷轧DDQ级深冲板再结晶动力学和组织性能研究
4.
Mechanical Property Prodiction of Hot Rolled Deep-Drawing Steel in CSP with Netural Networks;
基于人工神经网络的CSP热轧深冲板力学性能预报
5.
Influences of Temperature System on Cold Rolled Deep-Drawing Sheet Produced by CSP Process
退火温度制度对CSP流程冷轧深冲板性能和织构的影响
6.
Influence of CSP Coiling Temperature and Cold Rolling Reduction Ratio on Microstructures and Mechanical Properties of Deep-Drawing Steel Sheets
卷取温度和冷轧压下率对CSP流程深冲板组织性能的影响
7.
Research on Formability and Damage Mechanism of Deep-drawing Sheet Metal;
汽车深冲薄钢板冲压成形及损伤机理研究
8.
Cold rolled sheets and strips for deep drawing
GB/T5213-1985深冲压用冷轧薄钢板和钢带
9.
Finite Element Simulation of Sheet Metal Deep Drawing Process;
金属板材深冲成形过程的有限元模拟
10.
Effect of Annealing Technology on Deep-drawing Property of DDQ Cold Sheets Rolled with CSP Hot Strips
退火工艺对CSP基板DDQ冷轧板深冲性能的影响
11.
The structure and texture of continuous or batch annealing deep drawing and extra-deep drawing steel sheets were observed and analyzed.
对连续退火或罩式退火后的深冲钢板和超深冲钢板的组织以及织构进行了观测和分析。
12.
ON-LINE r VALUE MEASUREMENT OF DEEP- DRAWING SHEET METAL WITH ELECTROMAGNETIC ACOUSTIC TRANSDUCER
电磁超声换能器法在线检测深冲钢板?值
13.
Simulation of the Deep Drawing of Aluminum Sheet Using Crystal Plasticity FEM
铝合金板料深冲成形的晶体塑性有限元模拟
14.
Recrystallization and formation of {111} texture in micro-carbon deep drawing steel sheet
微碳深冲钢板的再结晶与{111}织构的形成过程
15.
FE simulation and experimental study of the deep drawing of 5A02 aluminum sheets
5A02铝合金板料深冲有限元模拟与实验研究
16.
Analysis of stamping technology and design of drawing die for car front floor boarding
汽车前底板冲压工艺分析与拉深模设计
17.
The Influecing Factors of Deep Drawing and Ironing Action on the Al-Mn Aluminum Alloys Sheet and Strip;
铝锰系铝合金板带材深冲和变薄拉深行为的影响因素
18.
Deep seated earthquakes, often severe in magnitude, generally occur beneath subduction zones, as one plate is forced deep into the mantle beneath another.
当一个板块被迫深人另一个板块下面的地幔中时，强烈的深源地震一般会发生在俯冲带的下部。