包含
formability的中国译典句库查询结果如下:
属类:行业术语-中文论文标题-
属类:行业术语-中文论文标题-
属类:行业术语-中文论文标题-
属类:行业标准名称-国际标准-ANSI/ASTM A 1018-2001
属类:行业术语-中文论文标题-
属类:行业标准名称-国际标准-ASTM A 1011/A 1011M-2001
属类:行业标准名称-国际标准-ASTM B 820-1998
属类:行业术语-中文论文标题-
属类:行业术语-中文论文标题-
属类:行业术语-中文论文标题-
属类:行业术语-中文论文标题-
属类:行业术语-中文论文标题-
属类:行业标准名称-国际标准-ISO 5951-2001
属类:行业术语-中文论文标题-
属类:行业标准名称-国际标准-ASTM D 3281-1984
属类:行业标准名称-国际标准-ISO 13887-1995
属类:行业标准名称-ISO标准-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-www.ceps.com.tw-
属类:中国大陆-service.ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-service.ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-www.ilib.cn-
属类:中国大陆-www.ceps.com.tw-
1 | 模拟成形性的计算机预测 | Prediction of Simulant Formability by Computer | |
2 | 喷覆成形共晶铝硅合金成形性研究 | Formability Study of Spray-Formed Eutectic AI-Si Alloys | |
3 | 喷射成形共晶铝硅合金的成形性研究 | Formability Study of spray-formed Eutectic Al-Si Alloys | |
4 | 片钢和带钢、重厚度卷材、热轧、高强度低合金结构碳钢以及改良可模塑性高强度钶或钒低合金钢规范 | Specification for Steel, Sheet and Strip, Heavy Thickness Coils, Hot Rolled, Carbon, Structural, High-Strength Low-Alloy, Columbium or Vanadium, and High-Strength Low-Alloy With Improved Formability | |
5 | 热拉深工艺对镁合金制品成形性能的影响 | The Influence of the Hot Drawing Technology to the Formability of Magnesium Alloy Product | |
6 | 热轧碳钢、结构钢、高强度低合金钢和可加工性提高的高强度低合金钢薄板和带材的标准规范 | Standard Specification for Steel, Sheet and Strip, Hot-Rolled, Carbon, Structural, High-Strength Low-Alloy and High-Strength Low-Alloy with Improved Formability | |
7 | 铜合金弹簧材料可成型性的弯曲试验方法 | Test Method for Bend Test for Formability of Copper Alloy Spring Material | |
8 | 纬编双轴向多层衬纱织物的双半球成型性 | Formability of multi-layered Biaxial Weft Knitted Fabrics on Double Hemisphere | |
9 | 纬编双轴向多层衬纱织物的圆柱成型研究 | Formability of multi-layered Biaxial Weft Knitted Fabrics on a Cylinder | |
10 | 稀土、钛和铌对冷轧超低碳搪瓷钢板成形性能的影响 | Effect of RE, Ti and Nb on Recrystallization and Formability of ULC Cold-Rolled Enamel Sheets | |
11 | 选区激光烧结PP试件成型性研究 | Investigation on Formability of Sintering PP Part by Selective Laser Sintering | |
12 | 压边圈应力传递规律及其对冲压成形的影响 | The Stress Transfer of Blank Holder and Its Effect on Sheet Formability | |
13 | 压缩成型的高屈服强度热轧钢 | Hot-rolled steel sheet of higher yield strength with improved formability | |
14 | 液压成形管材性能评价方法研究现状 | State of the Art in Methods for Determining the Formability of Tube Hydroforming | |
15 | 用冲击边缘弯曲仪测定附加有机涂层可成形性的试验方法 | Test Method for Formability of Attached Organic Coatings with Impact-Wedge Bend Apparatus | |
16 | 有改进可成型性较高强度的冷轧薄钢板 | Cold-reduced steel sheet of higher strength with improved formability | |
17 | 增强可成型性的高屈服强度冷轧薄钢板 | Cold-reduced steel sheet of higher yield strength with improved formability | |
18 | Bp神经网络识别服装面料成形性探讨 | The Evaluation of Formability Grade of Fabrics Based on Bp network | |
19 | 白钨矿结构物相含稀土异价固溶体的形成规律 | Formability of Rare Earth-Containing Solid Solution Based on Compounds with Scheelite-Type Structure | |
20 | 板料毛坯形状和尺寸对失效破裂的位置和成形性能影响显著。 | that the size and shape of TWBs have significant influence on the fracture site and the formability . | |
21 | 变压边力对铝合金板冲压成形的影响研究 | Mechanism investigation of variable blank-holder forces improving the formability of aluminum alloy sheets during sheet metal forming | |
22 | 变压边力条件下铝合金板的成形窗口 | Formability window of aluminium alloy sheet at variable blank-holder force | |
23 | 不等厚板的两种焊接工艺及接头塑性变形性能 | Two Types of Welding Processes of Tailor-welded Blanks and Effects on the Plastic Formability | |
24 | 不等厚拼焊板材的成形性实验研究 | Experimental research on stamping formability of non uniform thick tailor welded blanks | |
25 | 材料参数对模拟件冲压成形的影响 | The Influence of Material Parameters on Formability of Rectangular Cup | |
26 | 差厚贴合减振钢板成形性的数值模拟研究 | Numerical Simulation Research on Formability of Thickness Difference VDSS | |
27 | 成形性专家系统模块的研究 | Research and Development of Formability Expert System Module | |
28 | 充液拉深对覆盖件成形性能影响的数值模拟 | Numerical simulation of influence of hydro-mechanical drawing on autobody panel formability | |
29 | 大型覆盖件拉深成形的摩擦特性与摩擦学设计 | Friction characteristics and tribology design of drawing formability on the big cover element | |
30 | 但随着冷却速度下降,易产生流淌,影响成形性。 | The formability would be influenced with the reduction of the cooling rate. |