模具熱作鋼 的英文怎麼說

中文拼音 [mójùrèzuògāng]
模具熱作鋼 英文
hot forging tool steel
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 鋼 : 鋼名詞（鐵和碳的合金） steel
  • 模具 : mould; matrix; pattern die; die模具鋼 die steel
  1. Hard alloy die is made y taking high - quality hard alloy as its nips and fastening with steel die case. it is characterized by high hardness, good thermal conductivity, brasive coefficient and strong resistant to corrosion. it is suitable for drawn metal wire, bar and pipes. the types of dies includes rectangle, hecagon, octagon, diamond, trapezoid, basin and knob, u - shaped and half round types

    硬質合金模具採用優質合金作模芯，並用鋼質模套緊固，具有硬度高，導熱性能好，磨擦系數小，抗腐蝕性等特點，適用於拉制金屬線材，棒材，管材等，另外，模具的類型有矩型、六角型、八角型、菱型、梯型、凹型凸型、馬蹄型、半圓型等各種異形模。
  2. Property data collection of common hot working die steels used in china

    我國熱作模具鋼性能數據集
  3. Re - b - c - n multi - elements co - diffusion treatment for h13 hot working die steel

    13熱作模具鋼稀土硼碳氮多元共滲
  4. Three - dimensional simulation of temperature distribution of hot work die steel during rolling process in vertical oval pass

    熱作模具鋼立橢孔中變形時溫度場的三維模擬模擬
  5. Heat treatment process of cr5mo1v cold working die steel

    冷作模具鋼熱處理工藝
  6. Thermal fatigue testing method for hot die steel

    熱作模具鋼熱疲勞試驗方法
  7. After forming, they receive adequate surface hardness through heat treatment. such hardening is made possible by carburizing. these case - hardening steels are an important group of materials for mold cavities

    成形后，鋼經過熱處理得到足夠的表面硬度，這種硬化常通過滲碳的方式進行，這種表面硬化鋼是一種很重要的模具型腔製作材料
  8. For the strategic goals as mentioned above the author proposed a development strategy of 6 points i. e. : 1. exploit the specialty of zhugang ' s hot rolling tandem mill fully to produce marketable hot rolled coils with high added value ; 2. develop ultra thin product varieties to " replace cold rolled products by hot rolled one " and create new market for these hot rolled coils ; 3

    為實現上述戰略目標，作者提出了珠鋼6項發展戰略：武漢理工大學碩士學位論文1 .充分發揮珠鋼熱連軋的專長，多生產銷售對路、附加值高的熱軋鑰卷: 2 .開發「以熱代冷」的超薄板品種，開拓熱軋鋼卷的新市場; 3 .建設具有「大酸洗、小冷軋」為特徵的冷軋鋼工程; 4 .為填補廣東省鋼材品種的空白，珠鋼冷軋生產應以多品種為己任; 5 .實施「一次總體規劃，分步建設實施」的滾動發展模式; 6 .提高企業物流管理水平，實現一體化的企業物流管理。
  9. Application of gt - 35 steel bond hard alloy on the hot working mould

    35鋼結硬質合金在熱作模具上的應用
  10. The company is a sino - foreign joint - venture enterprise, incorporating smelting, electroslog, refining, forging, steel rolling and tool manufacturing. it has production lines for high speed steel, mould steel, hss circular saw blades, face - sides cutters, mould, blocks, pre - hard fine plate, garden knives, alloy special cutters and planer knives, as well as six production lines for heat treating. the nano coating center is production base for tool & mould steel productions in domestic

    公司是一家集冶煉、電渣重熔、鍛造、軋鋼、精整、工具製造於一體的中外合資企業，擁有高速鋼、冷、熱作模具鋼生產線，高速鋼圓鋸片、三面刃銑刀、模具預硬精板、木工刨刀生產線，高溫熱處理、表面鍍層研發加工中心，是國內最專業的工模具鋼製品化生產基地。
  11. In order to lower residual heat on the surface of the block, the cooling mans is installed in interwall of the block. the wortle is soaked in cooling watr to reduce its working temperature

    捲筒內壁設備有冷卻噴水裝置，以降低拉撥后的鋼絲傳道線捲筒表面的殘余熱量，拉撥模具的工作溫度。
  12. In chapter four, in our experiments, we selected four representative mould steels as samples. after laser heat treatment, the hardness of samples was measured by special instrument, microstructure was also photographed to be analyzed carefully. through these experiments, we also debated on the theories which explain the new phenomenon occurring in laser overlapping treatment

    第二章：介紹了工業中的各種激光加工技術和激光加工系統，詳細說明了本實驗所使用的高功率激光加工系統；第三章：詳細敘述了激光淬火的機理和熱傳導數學模型；第四章：通過實驗，分析激光淬火后的模具鋼的硬化帶的硬度分佈及金相組織特性，同時對激光交疊熱處理的特點及形成機理都作了深入的探討。
  13. We studied the effect of laser quenching ( harden by phase transformation ) on some representative mould steels. through measuring the rigidity on the surface of samples treated by laser heat treatment, and through photographing microstructures of the steel surface, we find many reasons attribute to high hardness. these reasons include ultra - fine grains, high density dislocation and more content of carbon in martensite

    我們研究的是激光淬火對幾種典型模具鋼的作用，通過對熱處理后的試樣的硬度分佈的測定，用金相和電鏡觀察金相組織的變化，認為激光熱處理產生高硬度的原因是晶粒細化、高的位錯密度和高的馬氏體含量。
  14. In order to develop the new die steel dm9, which is worked in heavy load conditions, this paper has studied the theoretical basis of die steel alloy design and metallography theory, and put forward the procedures of alloy design for engineering application. and melting, forging, heat treatment, micro - structure and properties of dm9 die steel have also been studied

    本文針對受重載荷作用的新型冷作模具鋼dm9的研製，探討了冷作模具鋼合金設計的理論依據，結合金屬學理論，提出了合金設計工程應用的步驟，並對dm9鋼進行了熔煉鍛軋、熱處理工藝、組織結構及性能研究。
  15. In this thesis, we studied the effect of laser heat treatment and overlapping treatment on mould steel, debated on the principle of laser heat treatment, and explained the new phenomenon observed in this experiment. to some degree, maybe our research is beneficial to the development of laser heat treatment technology in practice

    本文的研究了激光淬火以及激光交疊熱處理對模具鋼性能的影響，分析了激光熱處理的機理，對實際工作會有一定的實際意義，激光淬火也會隨著激光器的發展有更廣闊的應用前景。
  16. The following results are achieved : ( 1 ) in accordance with the empirical electron theory of solids and molecules, considering the number of covalent bond pairs on the strongest bond in a segregation structure na, the elements for matrix - strengthening can be chosen. ( 2 ) on the basis of the available phase - equilibrium thermodynamics calculation of alloy system and phase diagrams, which have been worked out, the contents of alloy elements can be identified with reference to the types, quantity and phase - transformation of carbides. ( 3 ) both the values relating to toughness ( including bending strength, yield strength, impact value of unnotched samples ) and hardness of new dm9 die steel are higher than those of crl2mov die steel

    結果得出： （ 1 ）根據固體與分子經驗電子理論，利用偏聚結構單元的最強共價鍵上的共用電子對數n _ a ，可以選擇工模具鋼基體相的強化元素； （ 2 ）根據合金系相平衡熱力學計算及已有的相圖，可以碳化物類型、數量及其相變確定合金元素含量； （ 3 ）新型dm9鋼在強韌性（抗彎強度、屈服強度、無缺口沖擊值）和硬度方面均高於cr12mov鋼； （ 4 ）以dm9鋼與6crw2si 、 7cr2wmovsi （ dm7 ） 、 h13和cr12mov四種模具鋼的實驗比較，進一步驗證了上述冷作模具鋼合金設計方案是合適的。
  17. Technologies for laser surface modification treatment of h13 hot - working die steel

    13熱作模具鋼激光表面改性處理技術
  18. The development situation of hot fabrication mould steel and specific applications of h13 cast steel are presented

    介紹熱作模具鋼的發展概況及鑄造h13鋼的具體應用。
  19. Microstructure simulation in hot die steel after hot forging and simulation software design

    熱作模具鋼鍛后組織模擬及軟體設計
  20. Alloy hot die steel

    熱作模具合金鋼
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