「切向力」的拼音、意思和解释

切向力是一个开头的词语,它的拼音是qiē xiàng lì,这篇文章为您提供了切向力拼音,读音,怎么拼读,同时为了让您在线轻松学习切向力,我们收录了汉语辞典中切向力的意义和释义,近义词,反义词,切向力的五笔怎么打。

在线字典为您在线查询切向力的词典内容如下,包括切向力的拼音,读音,拼读;切向力的意思和详细释义,切向力的近反义词,切向力的英语翻译,用切向力这个词语怎么造句等内容。

切向力读音/繁体/五笔/英文翻译

拼音 qiē xiàng lì 读音 跟我读
繁体 切嚮力 类型 词语大全
五笔 此词无五笔连打 平音 qiexiangli
词性 中性 语法
拼读 七(qi1)耶(ye1),切(qie1)|西(xi1)衣(yi1)盎(ang4),向(xiang4)|了(le1)异(yi4),力(li4)
英语翻译 tangential force;twisting force;circumferential force

切向力是什么意思?

· 基本释义

作用在运动物体上的曲线路径的切线方向的力。

切向力的近反义词?

切向力近义词:抱歉,查无切向力的近义词

切向力反义词:抱歉,查无切向力的反义词

切向力词语接龙

(~切向力~)在开头的接龙:力气,力偶,力臂,力学,力矩,力度,力士,力争,力作,力求,力战,力主,力挫,力胜,力能,力道,力场,力钱,力竭,力夫

(~切向力~)在结尾的接龙:活力,动力,无力,得力,电力,风力,火力,主力,拉力,出力,法力,浮力,致力,竭力,斥力,悉力,阻力,奋力,魔力,努力

暂时无法为您进行切向力的词语顺序接龙!

用切向力怎么造句?

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不同磨粒的法向力有着良好的线性关系。

With the same cutting velocity, the grinding forces have good linear relationship with plowed surface area.

改变坐角显著影响脚蹬切向、有效及作用效率的大小。

The change of the seat Angle affects significantly the tangential force, the efficiency of the force, and action efficiency.

或离心切向力进行胁变分析是可行的。

Centripetal force and tangential force or centrifugal force and tangential force could be used as a strain analysis method.

用解析的方法,给出了径切向随时间变化的具体表达式。

Expressions of radial force and torque variance were obtained by analytical method.

假设当两个接触面处于相对滑动的临界状态时,与垂向力成正比。

Provided two contact bodies are in the critical state of relative sliding, the tangential force is proportional to the vertical force.

那么单摆在振动过程中,、法向力及合的大小和方是否在变化?。

Do the tangential force, the mormal force, the resultant force and their directions during oscillation of a simple pendulum change?

在所有附加中,只有对流体产生影响,离心和科氏惯性的影响相互抵消。

Of all the additional forces, only the tangential force effects on the flow. The effect of centrifugal and Coriolis forces on the flow is counteracted.

接触问题是非线性问题,涉及到应集中、局部边界非线性、的不可逆性等一系列非线性问题。

The contact problems are non-linear problems, which relate to stress concentration, local boundary nonlinear, no-reversibility of shear force, and so on.

得到不完全边界上不同反射波和透射波的振幅比,并导出法刚度、切向刚度和完全粘接时的振幅比。

The amplitude ratios of different reflected and transmitted waves were obtained for an imperfect boundary, and deduced for normal force stiffness, transverse force stiffness and perfect bonding.

通过测量高频感应钎焊金刚石砂轮磨削花岗石过程中的磨削,对砂轮所受的法向力切向力进行了研究。

In this paper, grinding forces were measured in the grinding of granite with a high-frequency induction brazed diamond grinding wheel.

计及作用于接触斑点上的,通过比较作用于接触斑点上的法弹性载荷与法塑性载荷,确定了区分弹性接触与塑性接触区域的临界接触斑点面积。

Considering the tangential force applied on a contact spot, the critical area demarcating the elastic and plastic regimes is obtained by comparing the normal elastic load with the normal plastic load.

重点研究了加工单晶材料时晶对临界深、微和表面粗糙度的影响;

The crystallographic effects on critical depth, micro cutting forces and surface waviness when machining single crystals are emphatically investigated.

通过测量主轴功率获得磨削,讨论了加工参数,如深、进给率以及砂轮粒度对切向磨削的影响。

Tangential grinding forces are obtained through monitoring spindle power and the ir variations are studied with process parameters such as depth of cut, feedrate and wheel grit size.

在非稳流下,采用函数拟合法,得出流体切向速度随半径变化的表达式及流体所受和分布曲线。

Secondly, in conditions of non-steady flow, azinuthal velocity and shear stress distribution were deduced according to function approximation method.

冻胀在桩身缺陷处,会产生应集中,使桩身破坏。

The tangent frost heaving stress will generate stress concentration at the pile defects, thus damaging the pile body.

对于扩颈桩,由于扩颈处桩周侧面积增大而使切向冻胀增大对桩产生不利影响。

As for the pile with the expanding neck, the tangent stress grows due to the increased area around the pile's side, which is detrimental to the pile body.

屑变形与摩擦两方面分析了磨削与法磨削的比值,大体上应在0.2~0.59范围内。

We have also analysed the ratio between tangential forces and normol forces with respect to both chip formation forces and friction forces. The ratio generally falls within the range of 0.2~0.59.

在有限元模型中,分别计算了轮胎在受径接触面切向接触面和侧接触面时的位移频率响应。

The displacement frequency responses of the tires excited by, respectively, radial contact force, tangential contact force and lateral contact force are calculated using FEM.

渗流对裂隙网络岩体的作用包括渗透静水压和渗透动水压(裂隙壁拖曳)两部分。

Flow through fissures in rock mass applies simultaneously the normal hydrostatic seepage pressure and the tangent hauling force (the dynamic seepage pressure) on fissure walls.

渗流对裂隙网络岩体的作用包括渗透静水压和渗透动水压(裂隙壁拖曳)两部分。

Flow through fissures in rock mass applies simultaneously the normal hydrostatic seepage pressure and the tangent hauling force (the dynamic seepage pressure) on fissure walls.

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