1) Shell Mold
型壳
1.
Application of Low Temperature Wax-Sol Silicon Colloid Shell Mold in Investment Casting;
低温蜡-硅溶胶型壳的应用实践
2.
Preparation of Shell Mold for Rapid-precision Casting Based on the SLA;
基于SLA的快速精密铸造型壳制备工艺的研究
3.
The test was carried out to study the effect of different binders, refractory and the ratios of refractory to binder on the strength and surface\'s roughness of the ceramic shell mold based on the lost foam pattern (LFP) process.
试验研究了壳型制备中不同黏结剂、不同耐火粉料及粉液比对泡沫消失模型壳强度和表面粗糙度的影响。
2) shell
[英][ʃel] [美][ʃɛl]
型壳
1.
Study on Veining Defect of Investment Castings Produced by Colloidal Silica Shell Process;
硅溶胶型壳熔模铸件毛刺缺陷的研究
2.
Improvement of Shell Strength and Hardening Technology in Investment Casting;
熔模铸造型壳强度与硬化工艺改进
3.
The intension of the shell is enhanced by the substitution of the bauxite for silica flour.
采用铝矾土代替石英粉,型壳强度高,含有60%以上的刚玉相,35%莫来相,重量轻30%左右,浇注时无裂纹,料单简单,便于操作,利于生产,使熔模精密铸造增添了新的耐火材料。
3) Mold Shell
型壳
1.
Measurements of Eliminating Burr of Casting Caused by Crackle of Silica Sol Mold Shell;
消除硅溶胶型壳裂纹及铸件毛刺的方法
2.
The Ways for Increasing of Mold Shell Strength in Lost Wax Casting;
提高熔模铸造型壳强度的途径
3.
The surface quality of the mold shell using the coating is better.
通过对级配原理的分析,综合几种目前的级配原理模型参数,提出实用的级配模型并制定适宜的钛合金精密铸造的级配浆料工艺,利用这一工艺制备成型壳试块,并模拟实际浇注,与未级配方案制备出的试块进行比较,结果表明利用级配方法制备出的浆料性能更稳定,流动性更好,所制备出的型壳表面质量较好,并且与钛合金的反应程度较低,更加利于高质量的钛合金精铸件的生产。
4) Ceramic Shell
型壳
1.
The influence of temperature on thermal expansion of photo-curing resin used for rapid prototype(RP)and the preparation process of the rapid-precision casting ceramic shell were studied.
研究了装炉温度对快速成形用光固化树脂热膨胀特性的影响和型壳制备工艺。
5) mould shell
型壳
1.
WT5BZ]The boundary condition between Al 2O 3 mould shell and a new type single crystal superalloy has been investigated The results show that the melted superalloy does not react with Al 2O 3 mould shell,and the Al 2O 3 mould shell is a good kind of material to match the DD3+Re(2%wt) superall
对加入 Re的新型单晶高温合金与 Al2 O3型壳之间的界面状况进行了研究。
6) Shell mold and core
壳型壳芯
补充资料:壳壳
1.亦作"殻殻"。 2.诚笃貌。 3.中空貌。 4.象声词。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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