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combined shaping
相关语句
  联合成形
     The mechanism of the drawing and stretch planishing combined shaping p rocess is researched. A set of spinning equipment and its control system are dev eloped to implement the drawing and stretch planishing combined shaping process for overlength conical pipes. The influence of process parameters on the machini ng quality is analyzed.
     研究了拉拔—旋压联合成形工艺的加工原理 ,研制了用于超长圆锥管拉拔—旋压加工的旋压装置及其控制系统 ,分析了工艺参数对加工质量的影响。
短句来源
  “combined shaping”译为未确定词的双语例句
     STUDY 0N THE COMBINED SHAPING PR0CESSING (SHEARING SHAPING PLUS DRY PRESSING,F0R PR0DUCING ULTRALFINE-GRAINED WC-Co CEMENTED CARBIDES
     超细晶料WC—Co硬质合金的剪切模压成型工艺
短句来源
     Study on Drawing and Stretch Planishing Combined Shaping Process for Manufacturing Overlength Conical Pipes
     超长圆锥管拉拔—旋压联合成形加工的研究
短句来源
     On the basis of the author's previous work, this paper deals with the principles and methods for the combined shaping of the wing root regions of a wing-body combination, in accordance with the requirements of area rule and shockless pressure field.
     本文在前文[5]的基础上,论述了翼身组合体考虑到面积律要求和压力场要求时翼根区综合修形的原理与方法.
短句来源
     In this article, a new shaping processing i. e. combined shaping processing(shearing shaping plus dTy pressing) was in-troduced, and with vacuum sintering, ultrafine - grained WC - Co cernented carbides was produced.
     采用剪切模压新工艺成型,通过真空烧结制备出了超细晶粒WC-Co硬质合金。
短句来源
     The effects of drypressing stress, features, content and ratios of various shaping agents on quality of the combined shaping were also studied.
     研究了不同成型剂的特性、成型剂的配比、加入量以及压制力对剪切模压成型的影响。
短句来源
  相似匹配句对
     combined transfection;
     联合转染;
短句来源
     B.Chao has been combined as Q.
     B.Chao新组合为一变型;
短句来源
     Shaping Soul
     为心灵赋形
短句来源
     Study on Drawing and Stretch Planishing Combined Shaping Process for Manufacturing Overlength Conical Pipes
     超长圆锥管拉拔—旋压联合成形加工的研究
短句来源
     If the society shaping is combined with the human being's consciousness,can fulfil the gain of humanity.
     社会塑造只有同人的觉悟结合起来才能使人性完善成为现实。
短句来源
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On the basis of the author's previous work, this paper deals with the principles and methods for the combined shaping of the wing root regions of a wing-body combination, in accordance with the requirements of area rule and shockless pressure field.It is shown that the favorable non-mid wing arrangement is able to reduce the amount of fuselage shaping required for the reduction of the zero lift wave drag of a wing-body combination. The combined shaping so designed may thus be realized more...

On the basis of the author's previous work, this paper deals with the principles and methods for the combined shaping of the wing root regions of a wing-body combination, in accordance with the requirements of area rule and shockless pressure field.It is shown that the favorable non-mid wing arrangement is able to reduce the amount of fuselage shaping required for the reduction of the zero lift wave drag of a wing-body combination. The combined shaping so designed may thus be realized more easily in structual arrangement.

本文在前文[5]的基础上,论述了翼身组合体考虑到面积律要求和压力场要求时翼根区综合修形的原理与方法.特别指出,合理的下单翼安排将会相应地减少降低组合体零升波阻所需的机身修形量,从而在结构布局上更易于实现机身修形.

In this article, a new shaping processing i. e. combined shaping processing(shearing shaping plus dTy pressing) was in-troduced, and with vacuum sintering, ultrafine - grained WC - Co cernented carbides was produced. The effects of drypressing stress, features, content and ratios of various shaping agents on quality of the combined shaping were also studied.The results show that the combined shaping processing can improve shaping qua]ity, and endow ultrafine-grained WC-Cocemented...

In this article, a new shaping processing i. e. combined shaping processing(shearing shaping plus dTy pressing) was in-troduced, and with vacuum sintering, ultrafine - grained WC - Co cernented carbides was produced. The effects of drypressing stress, features, content and ratios of various shaping agents on quality of the combined shaping were also studied.The results show that the combined shaping processing can improve shaping qua]ity, and endow ultrafine-grained WC-Cocemented carbides with perfect physical mechanic performance.

采用剪切模压新工艺成型,通过真空烧结制备出了超细晶粒WC-Co硬质合金。研究了不同成型剂的特性、成型剂的配比、加入量以及压制力对剪切模压成型的影响。研究结果表明,采厅剪切模压成型工艺可获得很高的成型质量,从而制备出具有较好物理力学性能的超细WC—C。因质合金。

The iteration method between S 1 and S 2 relative stream surfaces put forward by Professor Zhonghua Wu was implemented. The steam property model and the Aeiley/Mathieson/Dunham/Came (ADMC) aerodynamic loss model were introduced into the calculation procedure. With the method, a sloping twisted combined shaping was performed for the through flow geometry of low pressure stages in a cogeneration double extraction steam turbine. By optimizing the flow parameters and maintaining good match between...

The iteration method between S 1 and S 2 relative stream surfaces put forward by Professor Zhonghua Wu was implemented. The steam property model and the Aeiley/Mathieson/Dunham/Came (ADMC) aerodynamic loss model were introduced into the calculation procedure. With the method, a sloping twisted combined shaping was performed for the through flow geometry of low pressure stages in a cogeneration double extraction steam turbine. By optimizing the flow parameters and maintaining good match between nozzle and rotor, the pressure distribution in flow path is changed and the radial variation of stage reaction is optimized. The relative internal efficiency of the low pressure stages is increasesd by 6 6 percent.

应用吴仲华教授提出的S1/S2 两类相对流面迭代方法 ,按水蒸气性质计算 ,并将AMDC(Aeiley/Mathieson/Dunham/Came)损失模型引入到计算中 ,实现了两类相对流面的迭代计算 .用该计算方法对某热电联产汽轮机低压级组通流部分的叶片进行了倾扭复合成型设计 ,改变了流道中的压力分布 ,使级反动度沿径向的变化更趋合理 .通过参数优化和静、动叶栅匹配 ,使该级组相对原设计的相对内效率提高了 6 6 %左右

 
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