- 更多网络例句与模锻法相关的网络例句 [注：此内容来源于网络，仅供参考]
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The models of decalescence and heat-lossing are established.
为了得到锻模的热平衡状态，提出试探法的新思路求解最佳工作节拍。
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These components are usually made of iron- or copper-base alloys and very small, so powder metallurgy offers a better method than the processes involving machining, drop forging, die casting, pressing etc.
这些部件一般是铁基或铜基合金，而且尺寸很小，因而用粉末冶金法制造比用切削加工，模锻，模铸，冲压等方法更好。
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Has broken the traditional forging craft, uses expands takes shape, to Bearing circle, the tooth rim, the flange ring-likeforging carries on from the diameter 50-1500m components expandshammers, the free forging use set of drop forging craft.
打破了传统的锻造工艺，采用辗扩成型，对轴承圈、齿轮圈、法兰的环形锻件从直径50-1500mm的零件进行扩锻、自由锻件利用套模锻工艺。
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With 3.0 t empty dual-use steam forging hammer, 1.0 t empty dual-use steam forging hammer, 750 kg, 400kg, 250kg, 150kg Kong Qichui a total of seven, made 3.0 t, 2.5t of a hammer plywood Taiwan, the construction of 2 m × 1.5m × 1.0m two large coal-fired furnace, a gas generator furnace, resistance furnace, Oil Furnace, Meilu stoves and other heat treatment of the four sets, with the following specs for Φ550 Saw 5,φ100 major fault Liu and other supporting material under the equipment, and has CW611250, T68, and other machining equipment, more than 60 species of vehicles, milling, planing, grinding, boring jobs complete, the main products φ820 × 60 × 1300 following the suppression of three products,φ273 high-pressure forging Billet-three links, all kinds of high-pressure-welded flange and 3.0 t following forging free, annual production capacity of 2400 t.
拥有3.0t空蒸两用模锻锤，1.0t空蒸两用模锻锤，750kg、400kg、250kg、150kg空气锤共7台，自制3.0t、2.5t夹板锤各1台，建造2m×1.5m×1.0m大型燃煤加热炉两座，煤气发生器加热炉1座，电阻炉、油炉、煤炉等热处理炉具各4套，拥有加工规格为Φ550以下锯床5台，φ100大型断料机等配套下料设备，且拥有CW611250、 T68等机加工设备60余种，车、铣、刨、磨、镗工种齐全，主要产品φ820×60×1300以下压制三通成品管，φ273高压锻制三通方坯，各种中高压平对焊法兰及3.0t以下自由锻件，年生产能力2400t。
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3D-CTM (Coupled Thermo-Mechanical Forming Simulation) software for precision forging process of aero-engine blade was developed. The key technologies of 3D coupled rigid-viscoplastic thermo-mechanical FEM simulation of blade forging process were studied systematically. By using the remeshing method of contracting from the boundary to the inner, new mesh system from old distorted mesh system can be obtained. A method of modifying the position of nodes touching on the die according to its original normal was proposed to avoid "dead lock" problem due to uncontinuity of normal of scatted die meshes. The pseudo-static iterative algorithm was used to simplify the coupled thermo-mechanical computation. In particular, formulations to determine relaxation factor β was established for rigid viscoplastic FEM adopting penalty function method, and an improved cubic factor rapid algorithm derived from these formulations was proposed by combining with the advantage of advance and retreat search method.
采用基于边界构形的内缩法，实现了三维畸变网格的重新划分；提出了初矢修正法对触模节点的位置进行修正，解决了由于离散的模具网格的法矢不连续造成的&死锁&问题；采用准静态迭代法简化了速度场和温度场耦合计算过程；特别是针对减速因子β的选取，建立了适用于三维复杂成形过程刚粘塑性罚函数法有限元三次因子法的计算公式，并结合进退搜索法提出了改进的三次因子快速算法，提高了模拟计算效率和稳定性，在此基础之上，开发了面向叶片精锻过程的三维刚粘塑性热力耦合有限元模拟分析系统(3D-CTM)，系统的可靠性得到了圆柱体镦粗的验证。
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With the developed finite deformation elasto-plastic user element and remeshing system, the RR and TR forming processes of the Crankshafts, the extrusion process of the Aluminum-skirt and die forging process of the Wedge were simulated.
利用开发的有限变形弹塑性用户单元和网格重划系统，成功地模拟了曲轴TR法和RR法弯曲镦锻、铝裙挤压以及楔块模锻等的成形过程，模拟结果与实际相吻合。
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Based on the compressibility, viscosity resistance and the working house system's deformation etc, flow equations of distribution spool, hydraulic tube and fluid cylinder for 300 MN die forging hydraulic press were established, and dynamics equations of moving beam and upper beam were established based on analysis. The dynamics mechanical-hydraulic coupling model of driving system was established.
考虑流体的可压缩性、粘性阻力及工作框架系统变形等因素，采用解析法建立300 MN模锻水压机动梁驱动系统分配阀口、液压管道、液压缸的流量方程以及动梁和上横梁的动力学方程，得到驱动系统的动态机液耦合模型。
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Based on the compressibility, viscosity resistance and the working house system's deformation etc, flow equations of distribution spool, hydraulic tube and fluid cylinder for 300 MN die forging hydraulic press were established, and dynamics equations of moving beam and upper beam were established based on analysis. The dynamics mechanical-hydraulic coupling model of driving system was established.
摘 要：考虑流体的可压缩性、粘性阻力及工作框架系统变形等因素，采用解析法建立300 MN模锻水压机动梁驱动系统分配阀口、液压管道、液压缸的流量方程以及动梁和上横梁的动力学方程，得到驱动系统的动态机液耦合模型。
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In the first place, we explain the definitions of elastic module, linear expansibility, thermal coefficient and specific heat.
其次，本文说明了运用有限元法对热锻模工作过程进行模拟的基本原理和方法。
- 更多网络解释与模锻法相关的网络解释 [注：此内容来源于网络，仅供参考]
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Diemaking：制钢模法
diemaker制锻模工 | diemaking制钢模法 | diemakingmachine刻锻模机
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drop forging：冲锻法;锤锻法;模锻法
冲击测试 impact test | 冲锻法;锤锻法;模锻法 drop forging | 复合刀架;复式滑座 compound slide
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drop forging：模锻法;锤锻法;冲锻法
仿真系统 analogue system | 模锻法;锤锻法;冲锻法 drop forging | 梁规 trammel
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drop forging：锤锻法;冲锻法;模锻法
锤尖法 drawing-down | 锤锻法;冲锻法;模锻法 drop forging | 离心式离合器 centrifugal clutch
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Button rifling：模头挤压法
左旋(从射手方向看去),一般常用的条数有:4, 5,6,8 条,所以常常可以在枪枝规格中看到像是"6 条/右旋"之类的规格.现代制造膛线的方法主要有:单点钩切法,多点拉削法(broach rifling),模头挤压法(button rifling),锤锻法(hamm
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trammel：梁规
模锻法;锤锻法;冲锻法 drop forging | 梁规 trammel | 欧姆定律 Ohm's Law
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diemaker：制锻模工
diemaker制锻模工 | diemaking制钢模法 | diemakingmachine刻锻模机
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t rammel：梁规
模锻法;锤锻法;冲锻法 dro p forging | 梁规 t rammel | 欧姆定律 Ohm's Law