reinforced casting 中文意思是什麼

reinforced casting 解釋
加筋鑄件
  • reinforced : 加筋的
  • casting : n. 1. 投,擲。2. 【冶金】鑄造;鑄件。3. 【動物;動物學】脫棄,脫落物〈如毛、皮等〉。4. 計算。5. 想法,手法。6. (木材等的)翹曲。7. 【戲劇】配角。
  1. In this thesis, as a new method of fabrication metal composites, directed reaction of molten metal ( casting process ) makes the particles - reinforced phase, the product of chemical reaction in the metal or alloy, be distributed homogenously in the matrix

    本研究提出了一種制各al _ 2o _ 3 cu復合材料的新型方法? ?熔體直接反應法(熔鑄法) ,它是通過金屬液或合金液中發生化學反應生成增強相顆粒,並使之均勻分散於基體之中。
  2. In this paper, with the available computer method, theauthors have obtained the stress distribution acrosssections of reinforced concrete composite beams under two stages ofloading, and show that the stress redistribution under two stages ofloading results in a reduction of stress discrepancy in thetensile steel and of strain discrepency in the compressed concrete between thecomposite beam and the corresponding casting beam

    本文運用成熟的電算模擬方法,計算得到二階段受力鋼筋砼疊合梁在不同受力階段的截面應力分佈規律及鋼筋的應力變化規律,分析得到二階段受力時鋼筋砼疊合梁1的受拉鋼筋應力超前、受壓區砼應變遲后逐漸緩解的實質為截面應力重分佈的結果
  3. Fixed railway equipment. common requirement of prefabricated casting, made of reinforced concrete

    鐵路固定設備.預制鋼筋水泥灌注件通用要求
  4. This thesis fabricated successfully a wc particle reinforced iron matrix composite using a vacuum infiltration process for severely erosion and application in the slurry pump. the casting process was optimized. the microstructure and wear resistance were researched and analyzed

    本文針對承受嚴重沖蝕磨損的渣漿泵過流件,採用負壓鑄滲工藝成功制備了碳化鎢顆粒增強鐵基表面復合材料,改善和優化了復合工藝、鑄造工藝。
  5. Microstructure analysis showed that the tungsten carbide particle reinforced steel matrix composites, which were made by electroslag melting and casting method, not only had low content of porosity and nonmetal inclusion, but also could reduce the free carbon content immensely

    顯微缺陷分析顯示,採用電冶熔鑄工藝制備的wc鋼復合材料不僅氣孔、夾雜物含量低,無明顯游離石墨痕跡,而且較好地解決了wc顆粒的偏聚問題,具有明顯的質量優勢。
  6. The welding line microstructure of ticp / fe in situ composites gained by different welding technologies and welding methods was different. however the microstructure was diffused on the welding line and there were no welding defects, the welding quality was better. the tic reinforced particles on the welding line still kept the same shape as that of the casting microstructure

    原位tic _ p fe復合材料採用不同焊接工藝和焊接方法所得的焊縫組織有所差別,但焊縫處的組織均勻,沒有裂紋等焊接缺陷產生,可焊性較好;焊縫處的tic增強顆粒仍保持鑄態組織中tic增強顆粒的形態。
  7. A sicp reinforced al - cu alloy and al matrix composites are fabricated by a new method - electromagnetic centrifugal casting, the effects of rotational rate for centrifugation, magnetic density, particle size and matrix on the distribution of particles and microstructure of matrix are studied

    首次利用電磁離心凝固方法制備sic _ p al基和sic _ p al - cu基復合材料,研究了離心轉速、顆粒尺寸、磁場和基體對顆粒分佈以及對復合材料基體組織的影響。
  8. The composite containing 8vol % sic particles and the matrix alloy were die - cast into parts and particles reinforced aluminum matrix composites parts were first successfully manufactured by die - casting in domestic

    本文還對復合材料進行了壓鑄試驗,成功制備了國內首批sic顆粒增強鋁基復合材料的壓鑄件。
  9. Hardness behavior of particle reinforced metal matrix composites by centrifugal casting

    離心鑄造顆粒增強金屬基復合材料的硬度行為
  10. Used solid - liquid reaction synthesis technology and stirring casting and metal mold chilling processing, al3fe particles and al3fe + al2o3 particles reinforced pure al matrix in - situ composites are fabricated. the metallography analysis shows that the intermetallic al3fe exhibits two kinds of crystalline state - primary crystal al3fe and eutectic crystal al3fe - in al + fe reaction synthetical al matrix in - situ composites

    利用固-液反應合成技術和攪拌技術,並結合金屬型激冷鑄造工藝,制備出了al _ 3fe粒子、 al _ 3fe粒子+ al _ 2o _ 3微粒強化的純al基原位復合材料。
  11. In order to apply die - casting into particulates reinforced aluminum matrix composites, which would make this kind of material used more and more widely, the shaping properties of the composites in semi - solid were studied and complicated parts were die - cast with the composites in this paper

    為了將壓鑄工藝與顆粒增強鋁基復合材料很好地結合起來,擴大鋁基復合材料的應用范圍,本文進行了復合材料成型性能測試、復雜件的壓鑄試驗,並研究了壓鑄件的微觀組織、硬度和耐磨性能。
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