熱鍛模 的英文怎麼說
中文拼音 [rèduànmó]
熱鍛模
英文
hot-forging die-
The theory basis of selecting the equipment is found by calculating the medium frequency induction hrating furnace and onatching equipment in 125mn drop press production line
摘要通過對125mn熱模鍛壓力機生產線中頻感應加熱爐及配套設備的分析計算，找出了選型的理論依據。The research on the overheat of h13 hot die steel forging
13熱模鋼鍛材過熱的研究Abstract : according to the related principle of forming precision andmicrostructure on the condition of deformation and thermodynamic parameters, hot forming process control of large forgings, such as retaining rings and crand - shafts, is investigated by means of computer simulation combined with thermodynamic and micro - simulation in this paper
文摘:本文採用熱力模擬、微觀模擬和計算機數值模擬相結合的模擬技術，根據變形條件、熱力參數與成形精度和組織結構的相關性原理，以護環、曲軸大鍛件為例，進行了熱成形可控性的研究。Abstract : in the paper, the hot crack for the forging die made by methodsof squeeze casting is analyzed, how to reduce the hot crack is also given out
文摘:從生產實際出發，分析了鍛模液態模鍛成形過程中熱裂紋形成的主要原因，提出了降低鍛模熱裂紋的幾點措施。Hot work die steel
熱鍛模用鋼More than 100 sets of hot forging sets specially manufacture some large - scale bolts, ( process including blank, forging, chamfer and rolled thread ) screw rolling machines. the company has become a specialty that can produce all bolts, big or small, from m6 - m56 in specifications
熱鍛專用設備100餘臺（套） ，專門製作一些大規模螺栓， （工序從落料、打頭、倒角、滾絲）滾絲機，公司就形成了大小螺絲都能生產的專業戶，規格從m6一直到m56 。Analysis of broken failures heavy - duty hammer ' s forging - die
大型熱鍛模破裂實例分析Hot - working die steel
熱鍛模鋼Hot die steel
熱鍛模鋼Abstract : in the light of two common failure modes in use, i. e. thermal wear and hot fatigue crack, this paper analyzes the reasons and puts forward the measures to be taken for improving the life of forging die
文摘:針對鍛模在使用過程中常見的兩種失效形式，即熱磨損和熱疲勞裂紋，分析了其產生的原因，並提出了為提高鍛模壽命而應採取的措施。At the same time, the depth of die heat affected zone ( haz ) transfer law and influential mechanism of temperature wave have been analyzed, which lay a foundation for further research of temperature field and thermal stress filed of die
同時分析了溫度波在模具中的傳遞規律，熱影響區范圍與影響機理，為進一步開展鍛模溫度場與熱應力場的研究提供了基礎。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。According to heat load source of die cavity, temperature distribution gradient equations and heat flux equations and the peak value equations of temperature load at die cavity surface have been obtained with research of temperature distribution and transfer laws of die surface by unsteady heat transfer theory
摘要根據鍛模型腔熱負荷來源，通過非穩態傳熱理論，分析研究了模具工作表面層的溫度分佈與傳遞規律，給出了型腔表面溫度分佈梯度和熱流密度公式，並給出了鍛模型腔表面的溫度負荷峰值的計算公式。Nakano forging employs a sub press to carry out stamp forging of brass materials, which have superb hot - forging forming characteristics and can be punched in both the horizontal and vertical directions using the horizontal method and the closed die method
熱鍛造成型性優越的黃銅材料在模型鍛造時可通過模架模實現水平及垂直方向進行鉆孔水平式，合模式，可滿足顧客省材，省切割加工的需要，特別是數量越多其特點越明顯。Column setup : die & mould technology overview ; cad / cam ; stamping die technology ; cavity die ( plastic die, die casting die, forging die, rubber model die, etc. ) technology ; die making technology ; die material and heat treatment technology ; business operation and management ; business information ; die & mould technology both here and abroad and lecture, etc
主要欄目設置：模具技術綜述、模具cad / cam 、沖模技術、型腔模（塑料模、壓鑄模、鍛模、橡膠模等）技術、模具製造技術、模具材料及熱處理技術、企業經營管理、行業信息、國內外模具技術及講座等等。Comparing with other similar study, the advantage of the added function here is that the redeveloped deform3d can not only predict the average grain size, but also analyse the generation and development of the duplex grain during hot forging
與其它同類研究工作相比，本文所開發的微觀組織模擬功能不僅能預測平均晶粒度的變化，還能用於分析熱鍛過程中混晶缺陷的發生與發展過程。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The multi - mechanism and mathematic models of microstructure evolution during material hot forging were emphatically de - scribed
重點介紹了金屬熱鍛過程中材料微觀組織演變的機理和數學模型。Improper material composition and processing can cause earlier fracture failure and short life happened to the hot - forging dies
不恰當的材質及工藝導致熱鍛模具出現早期斷裂失效，失效形式不合理，壽命較低。Results show that different failure modes and lives are dependent on the material composition and subsequent processing
研究結果表明：材質及工藝決定了精鑄熱鍛模具呈現不同的失效形式和壽命。分享友人