矫

基本解释 (translations)

feigh

与矫相关的网络例句 [注：此内容来源于网络，仅供参考]

The results show that the bending deformation and curvature evolvement are different from those obtained by general leveler.

研究结果表明，板材在十五辊组合矫直机矫直过程中弯曲变形和曲率演化有别于普通矫直机，可以得到更高的薄板矫直精度。

In this article, an effective, no scratch straightening cutting machine for hot rolled ribbed bars is presented.

介绍了一种用于矫直热轧带肋钢筋的高效、无划伤的矫直方法，并论述了该矫直机的矫直原理及力学参数计算方

With the advancement of technology, people's growing demand for the bar, its accuracy is also getting higher and higher, before people parallel roller leveler straightening tubes, rods and other circular cross-section of the build, round-wood in hand Direct the process of rotation is easy to produce, and only straightening roundwood roll axis perpendicular to the longitudinal section on the bend.

随着科技的进步，人们对棒材的需求量越来越大、对其精度要求也越来越高，以前人们采用平行辊矫直机矫直管、棒等圆形断面条材，圆材在矫直过程中容易产生自转现象，并且只能矫直圆材垂直于辊轴的纵向剖面上的弯曲。

The flatness quality problems such as sidewise bending and warping usually appear in hot rolled sheet product. Residual stress distribution of hot rolled steel sheet before and after straightening was obtained by modified hole–drilling technique, in order to improving the quality of hot rolled steel sheet product.

本文针对热轧钢板产品常出现的旁弯、翘曲等板形质量问题，通过盲孔法测量钢办矫直前以及粗矫、精矫后的残余应力分布来分析矫直工艺对带钢残余应力分布的影响，以便改善热轧钢板产品的质量。

It isverified that the method for using little deformation condition was true with accurate solution of three-piece straightening curve.

文摘：基于三段矫直曲线应变速率的假设，通过计算三段矫直曲线的精确解，验证了使用小变形条件的正确性；考虑高温铸坯蠕变性能，对铸坯的力学行为进行了分析，得出了使用三段矫直曲线方法，铸坯应变速率、应力及应变在矫直区内变化较为平缓，可有效避免铸坯内裂纹的形成；使用本文三段矫直曲线精确解，调整辊列位置，可进行连铸机的在线技术改造。

It isverified that the method for using little deformation condition was true with accurate solution of threepiece straightening curve.

文摘：三段矫直曲线应变速率的假设，通过计算三段矫直曲线的精确解，验证了使用小变形条件的正确性；考虑高温铸坯蠕变性能，对铸坯的力学行为进行了分析，得出了使用三段矫直曲线方法，铸坯应变速率、应力及应变在矫直区内变化较为平缓，可有效避免铸坯内裂纹的形成；使用本文三段矫直曲线精确解，调整辊列位置，可进行连铸机的在线技术改造。

Moreover, the theory overall looked that, still wasat the rough stage, first was its basic parameter determination alsomust depend upon many experiences algorithms and the empirical data, roller distance, roller diameter, Next is many technical phenomenalike spiral curved waste product, the noise, theslanting roller characteristic, the slanting roller rollershape characteristic, the distortion match characteristic andso on all lacks the theory elaboration; Is once more the theoryconcise quality is insufficient, set of formulas not only cannotinclude each kind of cross section molding, even cannot include thesimilar cross section but the size and the material quality differentwork piece, like the curved distance and so on all lacks the generalexpression with the curvature.

另外，就矫直理论的总体来看，仍然处于粗糙阶段，首先就是其基本参数的确定还要依靠许多经验算法和经验数据，如辊数、辊距、辊径、压弯量及矫直速度等；其次是许多技术现象如螺旋弯废品、矫直缩尺、矫直噪声、斜辊矫直特性、斜辊辊形特性、拉弯变形匹配特性等都缺乏理论阐述；再次是理论的概括性不够，一套公式不仅不能包括各种断面型材，甚至不能包括同类断面而尺寸和材质不同的工件，如弯距和矫直曲率等都缺少通用表达式。

Moreover, the theory overall looked that, still wasat the rough stage, first was its basic parameter determination alsomust depend upon many experiences algorithms and the empirical data, roller distance, roller diameter, Next is many technical phenomenalike spiral curved waste product, the noise, theslanting roller characteristic, the slanting roller rollershape characteristic, the distortion match characteristic andso on all lacks the theory elaboration; Is once more the theoryconcise quality is insufficient, set of formulas not only cannotinclude each kind of cross section molding, even cannot include thesimilar cross section but the size and the material quality differentwork piece, like the curved distance and so on all lacks the generalexpression_r with the curvature.

另外，就矫直理论的总体来看，仍然处于粗糙阶段，首先就是其基本参数的确定还要依靠许多经验算法和经验数据，如辊数、辊距、辊径、压弯量及矫直速度等；其次是许多技术现象如螺旋弯废品、矫直缩尺、矫直噪声、斜辊矫直特性、斜辊辊形特性、拉弯变形匹配特性等都缺乏理论阐述；再次是理论的概括性不够，一套公式不仅不能包括各种断面型材，甚至不能包括同类断面而尺寸和材质不同的工件，如弯距和矫直曲率等都缺少通用表达式。

By analyzing the characteristic of the straitening process of the concentrative drive straightener, the coupling between the shafts is studies and the traditional method of calculating the transmission torque is improved.

通过分析集中驱动式矫直机矫直过程的特点，研究矫直机工作辊扭矩之间的耦合关系，改进了集中驱动的辊式矫直机传动扭矩的计算方法。

The characteristic of this series leveler iS that it has adopted two national patent technologies:group driving plate levelling machine ZL200420001176.0 and axial decelerating motor leveler ZL200520007514.6.Each top roll is driven by a set of decelerating motor.and every two lower rolls are driven by a set of dynamic system,so that the line speed of each roll iS consistent with sheet metal speed of the contacting part,and it has solved the problems existing in traditional transmission system,such as friction between sheet metal and roll surface.and mechanical interference problem in the system And the working roll adopts spherical roller bearings which have little friction resistance.so this series leveler has such advantages as high levelIing quality,Iittle noise,low energy consumption and environmental protection.compared with traditional levelers.

该系列矫平机的特色之处在于：采用分组驱动板材矫正机(ZL200420001176.0)和一种轴装式减速电机矫平机(ZL200520007514.6)两种国家专利技术，每根上辊由一套减速电机驱动，每两根下辊由一套动力系统驱动，从而使各辊的线速度与所接触部位的板料速度相一致，消除了传统传动系统存在的板料与辊面之间的摩擦和传动系统内部的机械干涉问题，同时由于工作辊的轴承均采用轧机用调心辊子轴承，摩擦阻力小，因此，该系列矫平机与传统矫平机相比，矫平质量高、噪音小、能耗低、节能环保。

与矫相关的网络解释 [注：此内容来源于网络，仅供参考]

coercive force meter：矫顽磁力计

coercimeter 矫顽磁力计 | coercive force meter 矫顽磁力计 | coercivemeter 矫顽磁性测量仪

coercive force meter：矫顽磁力计, 矫顽磁场强度测定器

coercive field | 矫顽磁场 | coercive force meter | 矫顽磁力计, 矫顽磁场强度测定器 | coercive force | 抗磁力,矫顽(磁)力

coercive force meter：矫顽磁强计

矫顽场 coercive field | 矫顽磁强计 coercive force meter | 矫顽应力 coercive stress

planish：矫平刨平磨平辗平

planish 矫平 | planish 矫平刨平磨平辗平 | planished plate 矫平板

straightener：矫直器

straighten 矫直 | straightener 矫直器 | straightening 矫直

coercitive：矫顽[磁]力,矫顽[磁]场

矫顽[磁]力表 coercimeter | 矫顽[磁]力,矫顽[磁]场 coercitive | 矫顽[磁]力 coercitive force

coercitive force：矫顽[磁]力

矫顽[磁]力,矫顽[磁]场 coercitive | 矫顽[磁]力 coercitive force | 矫顽[磁]性的,强迫的 coercive

straightened cable sample：矫直的电缆试样

拉直、(线材)矫直 straighten | 矫直的电缆试样 straightened cable sample | 矫直机[装置]、矫直器、校直机 straightener

straightening：矫直、校直

矫直机[装置]、矫直器、校直机 straightener | 矫直、校直 straightening | 矫直机 straightening machine

ASSR：傲矫以谦 肆矫以谨 奢矫以俭 忍矫以慈

AFZF 爱人不亲 反思其仁 治人不治 反思其治 | ASSR 傲矫以谦 肆矫以谨 奢矫以俭 忍矫以慈 | BBBB 不打不交 不斗不识 不失不得 不丢不顶