shell mould machine 中文意思是什麼

shell mould machine 解釋
殼型機
  • shell : n (pl shells 2 義為 shell)1 殼;介殼;甲殼;貝。2 (昆蟲的)翅鞘;蛹的蛻皮。3 【解剖學】種子的...
  • mould : n 1 (陰)模 鑄模 模型;外型;鑄型;字模 字型;模製品。2 形狀 性格 氣質;狀況。3 【建築】(裝飾)...
  • machine : n 1 機(器),機械;機關,機構。2 印刷機器;縫紉機;打字機;汽車;自行車;三輪車;飛機;〈美俚〉...
  1. A detailed introduction was made to the properties of the wet coated sand suitable for multi - station shell mould shooting machine ; the development of a sort of high strength coated sand with low resin content : the shaping index and wetness adjusting process : analysis and prevention of peel back defect of shells made with overturning hopper process ; test method of peel back resistance of coated sand : pinhole defect analysis of high ni ductile iron shell mould castings and application of anti - pinhole coated sand

    詳細介紹適用於吹砂式多工位殼型機的濕態覆膜砂性能;高強度低樹脂量覆膜砂的研製;濕態殼型覆膜砂的成形性指數與調濕工藝;翻鬥法制殼時的脫殼問題分析和解決辦法;覆膜砂脫殼性檢測方法;高鎳球鐵件殼型鑄造表面針孔原因分析與抗針孔覆膜砂的應用。
  2. In order to solve the problem of the difficulty for the complicated shell in stripping away from the mould, the technical trait of the complicated shell has been analyzed, the twi - ejector using stripper plate and ejector sleeve has been designed, the mould operational principle and the structure trait have been discussed, and the die casting machine has been selected based on the swelling force calculation

    摘要針對復雜殼體壓鑄件難以脫模的問題,分析了復雜殼體的工藝特性,設計了卸料板、推管二次推出壓鑄模,論述了模具工作原理和結構特點,並且通過脹型力的計算選擇了壓鑄機。
  3. Abstract : this article analyzes the forming of shell case, and designs rational mould structure. the result shows that the forming of these parts can be finished in large quantities with horizontal machine

    文摘:分析了彈殼成形工藝,設計了合理的模具結構,經使用證明,在臥式壓力機上完全可以實現此類零件的大批量生產。
  4. Reference to the designation of die casting mould, we put forward some kinds of projects respect to the design and manufacture of dies of the special purpose machine. and we simulate die casting filling process 、 surface defect distribution and temperature field etc. of az91d magnesium alloy shell part with flow3d software

    設計時將參照壓鑄模的設計方法,提出多種方案,並使用flow3d模擬設計軟體來模擬金屬液的填充過程,預測可能產生缺陷的位置,從而決定澆注系統的形狀和分佈,冷卻水道的流向和位置,分流錐的大小和位置。
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