The temperature and stress field of the die cores in the initial pressure casting stage were simulated using ANSYS software.
采用有限元软件ANSYS对压铸模在初期压铸过程中模具型芯温度场及应力场的分布情况进行数值模拟,得到压铸模型芯温度场与热流分布图和最大应力分布图。
Design and Realization of Remote Monitoring and Controlling System for Die Casting Workshop;
压铸车间远程监控系统的设计与实现
Adaptability Analysis of Die Casting, Squeezing Casting and Semi-solid Forming;
压铸、挤压铸造(液态模锻)及半固态加工的适应性分析
Microstructure and Properties of Al-Fe Die Casting Alloy;
压铸铝铁合金的组织与性能
Optimization of the Design of Overflow of Die-casting Die of Magnesium Alloy Steering Wheel Framework;
镁合金方向盘骨架压铸模溢流槽优化设计
Process improvements on Al-Si alloy casting produced by die-casting instead of sand mold casting;
铝-硅合金砂型铸件改为压铸生产的工艺改进
Analysis for Mold Filling Process of Rheo-die-casting of Semi-solid Magnesium Alloy;
镁合金半固态流变压铸充型流动过程分析
The effects of silicon on microstructures, fluidity, mechanical properties and fracture behaviors of AM50 magnesium alloy under die cast conditions were studied by making die cast samples with silicon contents of 0.
91%(质量分数,下同)时的3种镁合金在压铸状态下的显微组织、流动性、力学性能和断裂特征。
Die cast magnesium alloy are investigated systematical.
论文以压铸镁合金材料AM60B作为研究方向，以压铸工艺参数对AM60B镁合金组织性能的影响为主要研究内容，对镁合金材料的压铸工艺—组织结构—性能变化之间的相互关系和热处理工艺—组织结构—性能变化之间的关系进行了较深入系统的研究，同时研究了工艺参数的变化对流动性和薄壁件易产生侧表面裂纹倾向性的影响规律。
The castability experiment was carried out by using UBE 650T die cast machine.
本文通过压铸、腐蚀、室温及高温拉伸和蠕变测试等实验研究了Mg-5Al-3Ca-0。
Analysis and Countermeasure of Shrinkage Defects in Mg Alloy Diecasting;
镁合金压铸件收缩缺陷分析及对策
Microstructures characteristics of YL112 aluminum alloy produced by rheo-diecasting process;
流变压铸YL112铝合金的微观组织特征
Heat treatments and mechanical properties of YL112 aluminum alloy produced by rheo-diecasting process;
流变压铸YL112铝合金的热处理与力学性能
The excellence and shortcomings of three pressure die casting technologies have been analyzed.
在生产实践的基础上 ,针对铸件的特点 ,通过改进浇注系统 ,提高压铸件的质量 ,分析了 3种压铸工艺的优缺点。
According to elementary principle of fluid dynamics, the process of pressure die casting and formation of PQ 2 chart are discussed in this paper.
本文根据流体动力学的基本原理，讨论了压铸动力学过程及ＰＱ２图的形成，通过实例分析，说明了它在浇注系统设计过程中的应