机械英文在线翻译
The filler tower has efficient and higher, the flux is more big and press to decline lower, hold the amount of liquid smaller characteristics, operate in the low pressure, the hot and quick sex thing fasten of separate and economy energy the aspect have its special advantage.The article elaborated a waste gas recovery to equip the method of the row spirit and the process of the row spirit, according to design the row measure 40000 request to design the parameter of each parts, introduced inside tower of always press a strong calculation method for declining, pressure in the air piping loss and leave the choice of the heart well ventilated machine.The air liquid which resolves to appear in the process of lining up spirit is suffused with and holds an amount of liquid problem.Passing the need chooses to use of various subsidiary device of filler tower.
最尖端沿立铣床的边通常是平直的和可以通过研有时逐渐变细在工具,并且切削刀研磨机这样对于模子是必需的草稿和死洞可以自动地引起。 进一步,末端面孔可以与边相符正常情况或为碾碎的三维等高将使用的球端形例如死洞。 如Fig.7.10所显示,它可能也有碾碎的特别圆的渐近的口袋圆角落。 大号立铣床称圆筒形端铣刀,没有任何小腿,并且可以在一个中央孔帮助下登上。 结果这些可以用于水平的轴并且垂直的轴铣床。 如Fig.7.9所显示,这些在纺锤上的一个残余部分树荫处帮助下将登上。 Face铣刀(Fig.7.12)为用机器制造大,平面使用。 他们有在面孔和周围的先锋。 他们任意直接地在纺锤的鼻子通常登上与整个面孔的为用机器制造。 当那些在边为清洗表面时,使用在面孔的牙做大多数用机器制造。 这些通常由碳化物插入物品种制成由于大物质撤除,虽然也使用高速钢。 与铣刀指定相关的以下期限是常用的。 裁减Hand这提到切削刀被转动的方向。 当观看往纺锤,当切削刀是明智时移动的逆的时钟它称右手自转,当对面称左手自转时。 螺旋Hand在螺线铣刀的情况下,当观看从末端,如果长笛朝时钟明智的方向行动它称右手螺旋,当对面称左手螺旋时。 轴向切削力方向取决于螺旋的手。 如果不同的螺旋二把铣刀肩并肩在帮会碾碎的操作被安排,净轴向力可以减少到零根据其中每一把采取的裁减铣刀。 应该考虑选择一把铣刀的While为一种特定应用下列问题。 (i)使用标准工具若情况许可。 (ii)使用从纺锤和最大的可能的架置类型的短的突出物。 (iii)大于裁减(端铣)的宽度选择一条切削刀直径30%。 (iv)首先使用一把接近的沥青切削刀作为选择。 (v)为长期使用一把粗糙的沥青切削刀垂悬和不稳定的情况。 (vi)简称使用切削材料和裁减的小辐形深度一把额外接近的沥青切削刀。 The平板铣刀可能有切口牙,可以是平直和平行的与转动轴。 如Fig.7.13所显示,或者他们可以是有一个角度到沿螺旋的轴。
该题看不到问题补充,不适合高质量回答,建议收回。
overlap 重叠vacuum(tube) 真空(管)Overlap vacuum 也许是 叠加真空管?真空管阵列?能够找到的出处是——“Topological structure of the QCD vacuum probed via overlap fermions ”()
机械英语在线翻译
在框架的建立,生产实现导致建立具体的工具。 一般电子履行加工(EDM)进程是用来创造形式在矩阵,不能机械加工。然后制造问题电极转移。但是,快速原型(RP)带来了新的解决办法,建立的工具。 因此,许多原如何获得电极得到发展。这项工作涉及维准确性铜电镀 /电极积极表现,因为他们缺乏维表演、电极获得这一进程并不令人满意的工业使用。 不过,他们仍然是有趣的短时间制造业,以及概要阶段。 矩阵的部分只要求美丽外观。
除了功能和范围开关(有时他们在短短的一开关),模拟除了功能和范围开关(有时他们单开关),模拟仪可能有极性开关方便扭转测试引线。针通常有螺丝机械调整将它设置为零,也是零调整控制来补偿弱化电池在测量电阻。一个模拟仪可以阅读积极和负电压通过简单地扭转测试引线或移动极性开关。一个数字表通常有一个自动的指标在itsdisplay极性。希望能帮到你!!!!
在锻造的框架内,实现生产导致的具体工具的创建。一般来说,放电加工 (EDM)的过程是用于创建矩阵无法加工的形式。然后,制造问题移送电极。 然而,快速原型(RP)的工具带来了创作领域新的解决方案。因此,许多原来的方法来获取电极有被开发。随着电镀铜电极上的尺寸精度积极shape.We涉及这项工作表明, 因为他们缺乏立体表演,电极在这个过程中获得的不能令人满意的工业用途。但是他们仍有趣的制造时间很短,以及大纲阶段。这些电极可以是有趣的加工矩阵的只需要漂亮的外观部分。
你是这么写的?那就是如下:photo mark: 照片马克sensor:传感器,探测器,感测器 Jogger motor:电机慢跑,Trim fan:修剪风扇Overlap vacuum :真空重叠,
机械专业英语翻译在线翻译
FLEXIBLE FABRICATION TECHNOLOGY,PRODUCT DIVERSITY,LOW COST,SHORT PRODUCTION CYCLE,CUSTOMER-ORIENTED STYLES&CAPABILITIES
Friction 磨擦Whenever there is a relative motion between two touching surfaces, there is a resistance to this motion called friction. 当两个接触的表面之间存在相对运动时,对这一运动就有一种称为磨擦的阻力。The mechanics of friction are complex. 摩擦的机理很复杂。Although the fundamentals of the phenomenon have been given much study, very little that is known would facilitate formulation of the exact functional relationship between friction and the other process variables. 虽然这一现象的基本原理已由很多研究所提供,但已知很少有助于在磨擦和其他工艺变量之间形成准确的函数关系。The most common simplifying assumptions made with regard to friction stress (J) between the workpiece and the tool are the following: 关于工件和工具之间的磨擦应力(J)所做的最常用的简化假设如下:1. Coulomb Friction. It is assumed that the shear stress J is proportional to the pressure p between the workpiece and the die. Then J = μp, where the proportionality factor μ is called the Coulomb coefficient of friction. 1. 库伦磨擦。它假设剪切应力J与工件和模具之间的压力p成正比。于是J=μp,式中的比例因子μ被称为库伦磨擦系数2. Constant friction. It is assumed that the shear stress is proportional to the strength of the workpiece material. Then τ = m/√3, where the proportionality factor m is called the shear factor, with 0 < m < 1. The factors μ and m are assumed constant for a given die, workpiece and lubricant. 2. 恒定的磨擦。它假设剪切应力正比于工件材料的强度。于是,T=m/√3,式中的比例因子m被称为剪切因子,0 < m < 1。因子μ和m对于给定的模具、工件和润滑剂而言都被假设为常数。3. Hydrodynamic, Hydrostatic, and Thick Film Lubrication. When a lubricant film separates the workpiece from contact with the die, then hydrodynamic or hydrostatic film lubrication prevails together with its special laws of shear within the lubricant medium. Sometimes high- viscosity lubricants adhere to the workpiece to form similarly thick film separation of the workpiece from the tool. Film lubrication may separate the workpiece from the die on the entry side to a smaller or larger extent. At the extreme (Sec. 7), the entire workpiece is separated from the die by this film of the . 流体动力润滑、静压润滑和厚油膜润滑。当一层润滑剂膜将工件与接触的模具隔离时,那么流体动力的或静压的油膜润滑,以及其在润滑剂介质中特殊的剪切定律就会占上风。有时,高粘度润滑剂黏结到工件上,形成工件与工具类似厚油膜的隔离。油膜润滑可以在入口侧将工件与模具以较小或较大的程度隔离。在极端情况下(第7节),整个工件就被此润滑剂膜与模具隔离开来。
这个专业英语翻译 很费劲 最近没时间 要是悬赏分多一点 会考虑帮你弄下 哈哈
只要两个相互接触的表面存在相对运动,这种运动就会产生阻力,称为摩擦力。摩擦力的力学原理很复杂。尽管人们对这种现象的基本原理进行过很多研究,但已掌握的知识却少得不足以得出摩擦力与其它工艺变量之间的准确函数关系。最常见的对工件与工具之间的摩擦应力(J)所作的简化假设如下: 1. 库仑摩擦。它假设剪应力J与工件与模具之间的压力p成正比。得出 J = μp,其中比例因子 μ 称为摩擦力的库仑系数。 2. 恒摩擦力。它假设剪应力与工件材料的强度成正比。得出 τ = m/√3,其中比例因子 m 称为剪切系数,同时 0 < m < 1。 对于给定模具、工件和润滑油,假设因子 μ 和 m 恒定。 3. 水动力、水静力和厚膜润滑。当有一层润滑油膜将接触的工件与模具隔离时,那么水动力或水静力油膜润滑就起了主导作用,同时润滑油介质内的剪应力有其特殊的法则。有时,粘度高的润滑油贴在工件上,在工件与工具之间形成了类似的厚膜隔离。 润滑油膜可将工件在进入一侧与模具产生程度或大或小的隔离。极端情况下(第7节),整个工件都会被这层润滑油将其与模具隔离。
机械专业英语在线翻译
图片标记传感器Jogger motor 一个汽车制造商的名字Trim fun 要看语境你这个连行业都没有,怎么翻译啊?建议你下载个有道桌面词典。挺好用的
OneA system that transmits forces in a predetermined manner to accomplish specific objectives may be considered a machine. A mechanism may be defined in a similar manner, but the term mechanism is usually applied to a system where the principal function is to transmit motion. Kinematics is the study of motion in mechanisms, while the analysis of forces and torques in machines is called . 一个以预定方式完成特定目标的,传递力的系统可以认为是一种机器。一个机构可以以类似的方式加以定义,但机构这个术语通常被用于一个主要功能是传递运动的系统。运动学是研究机构的运动,而对机器中的力和转矩的分析则称为动力学Once the need for a machine or mechanism with given characteristic is identified, the design process be begins. Detailed analysis of displacements, velocities, and accelerations is usually required. This part of the design process is then followed by analysis of forces and torques. 一旦认定需要具有给定特性的机器或机构,设计过程就开始了。通常需要详细分析位移、速度和加速度。在设计过程的这一部分以后,接着就是分析力和转矩。The design process may continue long after first models have been produced and include redesigns of components that affect velocities, accelerations, forces, and torques. In order to successfully compete from year to year, most manufacturers must continuously modify their product and their methods of production. Increases in production rate, updating of product performance, redesign for cost and weight reduction, and motion analysis of new product lines are frequently required. Success may hinge on the correct kinematic and dynamic analysis of the problem.设计过程可能在第一个模型生产出来后继续很长时间,并包括对可能影响速度、加速度、力和转矩的元部件的重新设计。为了成功进行年复一年的竞争,大多数制造商必须不断修改自己的产品技它们的生产方法。生产速度的提高、产品性能的更新、为了降低成本和重量进行重新设计,以及新产品生产线的运动分析等都是不断需要的。成功可能取决于问题的正确的运动学分析和动力学分析。Many of the basic linkage configurations have been incorporated into machines designed centuries ago, and the terms we use to describe them have changes over the years. Thus, definitions and terminology will not be consistent throughout the technical literature. In most cases, however, meanings will be clear form the context of descriptive matter. A few terms of particular interest to the study of kinematics and dynamics of machines are defined.很多基本的连锁机构的配置在几个世纪前就已结合进设计的机器中,而我们用来描述它们的术语也随着年代而改变了。因此,定义和术语在技术文献中不是一致的。可是在大多数情况下,从所叙述事物的来龙去脉看这些意义是清楚的。对研究机器运动学和动力学特别有意义的几个术语做了定义。TwoA new machine is born because there is a real or imagined need for it. It evolves from some one's conception of a device with which to accomplish a particular purpose. From the conception follows a study of the arrangement of the parts, the location and length of links (which may include a kinematic study of the linkage), the places for gears, bolts, springs, cams, and other elements of machines. With all ideas subject to change and improvement, several solutions may be and usually are found, the seemingly best one being 一台新机器因为有真实的或想象的需要而诞生。它从某个人用来完成一项特定目的的设计概念演变而来。从这一概念,引来对零部件排列,连接部件位置和长度(这可能包括连杆机构运动学的研究),齿轮、螺栓、弹簧、凸轮和其他机器元件的放置等的研究。在所有想法都受到改变和改进的同时,就会发现,而且通常就会发现若干解决方案,然后选择似乎最佳的方案。The actual practice of designing is applying a combination of scientific principles and a knowing judgment based on experience. It is seldom that a design problem has only one right answer, a situation that is often annoying to the beginner in machine design.设计的实际惯例是采用科学原理和根据经验建立的明智判断。很少有一个设计问题只有一个正确答案,这是一个常常令机器设计新手烦恼的情况。Design problems usually have more than on answer. Given a general statement of a design problem, such as a machine to wash clothes in the home automatically, and there will be as many different answers there are design teams—as attested by the number of washing machines on the market.设计问题通常有一个以上的答案。假设给出一个设计问题的一般性说法,比如一台家用自动洗衣机,而那么有多少设计小组就有多少不同的答案,就像市场上洗衣机的数目所证明的那样。
1 INTRODUCTION 1引言High-efficiency deep grinding (HEDG) offers the possibility to achieve very high material removal rates, while keeping good workpiece surface integ- rity.高效深磨(HEDG)提供了达到很高材料去除率,同时保持工件良好表面完整性的可能。 High wheel speeds (up to 250 m/s), high feed rates, and deep cuts (. 1–8 mm) are typically used in HEDG and the introduction of super abra- sives such as cubic boron nitride (CBN) helps further reduce the heat partitioning to the workpiece and increase wheel life [1–7].在HEDG中一般都采用高的轮速(高达250 m/s),高的进给速度和深的切削(例如1-8mm),而采用超硬磨料(例如立方氮化硼,CNB)有助于进一步减少对工件的热分配和延长砂轮的寿命【1-7】。The partitioning of the grinding heat to the different heat sinks (workpiece, wheel, grinding fluid, and grinding chips) varies with process conditions and is a controlling factor when designing a grinding pro- cess, in order to work within a safe regime without causing any thermal damage to the workpiece.磨削热对不同受热体(工件、砂轮、磨削液和磨削碎片)的分配随着加工条件而变,而且在设计磨削工艺是是一个控制因素,以便在一个不至于引起工件热损伤的安全安全状况下工作。 Due to the unique heat transfer mechanism associated with the high Peclet number (Pe) and large contact angle in HEDG, a substantial amount of grinding heat can be taken away by the grinding chips [2–7], 由于在HEDG中与高的Peclet数和大的接触角联系在一起的、独特的传热机理,相当大量的磨削热可以被磨削碎片带走【2-7】,which is usually negligible in conventional finish grinding and creep feed grinding. The grinding tem- perature at the finish surface can be much lower than that at the wheel–work contact surface, owing 这在常规的精磨和缓进给磨削中,通常是忽略的。由于在工件内相对较小的热渗透深度和不断去除的磨削碎片,在完成表面的磨削温度可以大大低于砂轮-加工接触面处*Corresponding author: Manufacturing Systems Department, Cranfield University, Cranfield, Bedfordshire MK43 0AL, UK.通讯作者:英国贝德福德MK43 OAL,克兰菲尔德,克兰菲尔德大学,制造系统系 email: : the relatively small thermal penetration depth within the workpiece and the continuous removal of grinding chips.由于在工件内相对较小的热渗透深度和不断去除的磨削碎片
1引言高效深磨( HEDG )提供了实现的可能性非常高的材料去除率,同时保持良好的工件表面集成席位。高级车轮速度(高达250米/秒) ,高饲料利率,并大幅削减(如1-8毫米) ,通常用在HEDG和引进超级阿布拉- sives ,如立方氮化硼( cBN )有助于进一步降低热分割到工件和增加车轮的生活[ 1-7 ] 。 分割的磨削热的差异耳鼻喉科散热器(工件,砂轮,磨削液,研磨芯片)随工艺条件和控制因素是设计时,磨削过程,以便在一个安全的制度未造成任何热损伤的工件。由于独特的传热机理与高Peclet数( PE )和大接触角的HEDG ,大量的磨削热可带走磨削芯片[ 2-7 ] ,通常是微不足道的常规完成研磨和缓进给磨削。磨削温度在完成表面可明显低于在轮接触面的工作,因为*通讯作者:制造系统部,克兰菲尔德大学,英国克兰菲尔德,贝德福德郡MK43 0AL ,英国。电子邮件: @ 以相对较小的热穿透深度在工件和不断消除磨削芯片。我这就是机械专业英语翻译
机械术语英语翻译在线翻译器
机械设计专业术语的英语翻译
阿基米德蜗杆 archimedes worm
安全系数 safety factor; factor of safety
安全载荷 safe load
凹面、凹度 concavity
扳手 wrench
板簧 flat leaf spring
半圆键 woodruff key
变形 deformation
摆杆 oscillating bar
摆动从动件 oscillating follower
摆动从动件凸轮机构 cam with oscillating follower
摆动导杆机构 oscillating guide-bar mechanism
摆线齿轮 cycloidal gear
摆线齿形 cycloidal tooth profile
摆线运动规律 cycloidal motion
摆线针轮 cycloidal-pin wheel
包角 angle of contact
保持架 cage
背对背安装 back-to-back arrangement
背锥 back cone ; normal cone
背锥角 back angle
背锥距 back cone distance
比例尺 scale
比热容 specific heat capacity
闭式链 closed kinematic chain
闭链机构 closed chain mechanism
臂部 arm
变频器 frequency converters
变频调速 frequency control of motor speed
变速 speed change
变速齿轮 change gear ; change wheel
变位齿轮 modified gear
变位系数 modification coefficient
标准齿轮 standard gear
标准直齿轮 standard spur gear
表面质量系数 superficial mass factor
表面传热系数 surface coefficient of heat transfer
表面粗糙度 surface roughness
并联式组合 combination in parallel
并联机构 parallel mechanism
并联组合机构 parallel combined mechanism
并行工程 concurrent engineering
并行设计 concurred design, cd
不平衡相位 phase angle of unbalance
不平衡 imbalance (or unbalance)
不平衡量 amount of unbalance
不完全齿轮机构 intermittent gearing
波发生器 wave generator
波数 number of waves
补偿 compensation
参数化设计 parameterization design, pd
残余应力 residual stress
操纵及控制装置 operation control device
槽轮 geneva wheel
槽轮机构 geneva mechanism ; maltese cross
槽数 geneva numerate
槽凸轮 groove cam
侧隙 backlash
差动轮系 differential gear train
差动螺旋机构 differential screw mechanism
差速器 differential
常用机构 conventional mechanism; mechanism in common use
车床 lathe
承载量系数 bearing capacity factor
承载能力 bearing capacity
成对安装 paired mounting
尺寸系列 dimension series
齿槽 tooth space
齿槽宽 spacewidth
齿侧间隙 backlash
齿顶高 addendum
齿顶圆 addendum circle
齿根高 dedendum
齿根圆 dedendum circle
齿厚 tooth thickness
齿距 circular pitch
齿宽 face width
齿廓 tooth profile
齿廓曲线 tooth curve
齿轮 gear
齿轮变速箱 speed-changing gear boxes
齿轮齿条机构 pinion and rack
齿轮插刀 pinion cutter; pinion-shaped shaper cutter
齿轮滚刀 hob ,hobbing cutter
齿轮机构 gear
齿轮轮坯 blank
齿轮传动系 pinion unit
齿轮联轴器 gear coupling
齿条传动 rack gear
齿数 tooth number
齿数比 gear ratio
齿条 rack
齿条插刀 rack cutter; rack-shaped shaper cutter
齿形链、无声链 silent chain
齿形系数 form factor
齿式棘轮机构 tooth ratchet mechanism
插齿机 gear shaper
重合点 coincident points
重合度 contact ratio
冲床 punch
传动比 transmission ratio, speed ratio
传动装置 gearing; transmission gear
传动系统 driven system
传动角 transmission angle
传动轴 transmission shaft
串联式组合 combination in series
串联式组合机构 series combined mechanism
串级调速 cascade speed control
创新 innovation ; creation
创新设计 creation design
垂直载荷、法向载荷 normal load
唇形橡胶密封 lip rubber seal
磁流体轴承 magnetic fluid bearing
从动带轮 driven pulley
从动件 driven link, follower
从动件平底宽度 width of flat-face
从动件停歇 follower dwell
从动件运动规律 follower motion
从动轮 driven gear
粗线 bold line
粗牙螺纹 coarse thread
大齿轮 gear wheel
打包机 packer
打滑 slipping
带传动 belt driving
带轮 belt pulley
带式制动器 band brake
单列轴承 single row bearing
单向推力轴承 single-direction thrust bearing
单万向联轴节 single universal joint
单位矢量 unit vector
当量齿轮 equivalent spur gear; virtual gear
当量齿数 equivalent teeth number; virtual number of teeth
当量摩擦系数 equivalent coefficient of friction
当量载荷 equivalent load
刀具 cutter
导数 derivative
倒角 chamfer
导热性 conduction of heat
导程 lead
导程角 lead angle
等加等减速运动规律 parabolic motion; constant acceleration and deceleration motion
等速运动规律 uniform motion; constant velocity motion
等径凸轮 conjugate yoke radial cam
等宽凸轮 constant-breadth cam
等效构件 equivalent link
等效力 equivalent force
等效力矩 equivalent moment of force
等效量 equivalent
等效质量 equivalent mass
等效转动惯量 equivalent moment of inertia
等效动力学模型 dynamically equivalent model
底座 chassis
低副 lower pair
点划线 chain dotted line
(疲劳)点蚀 pitting
垫圈 gasket
垫片密封 gasket seal
碟形弹簧 belleville spring
顶隙 bottom clearance
定轴轮系 ordinary gear train; gear train with fixed axes
动力学 dynamics
动密封 kinematical seal
动能 dynamic energy
动力粘度 dynamic viscosity
动力润滑 dynamic lubrication
动平衡 dynamic balance
动平衡机 dynamic balancing machine
动态特性 dynamic characteristics
动态分析设计 dynamic analysis design
动压力 dynamic reaction
动载荷 dynamic load
端面 transverse plane
端面参数 transverse parameters
端面齿距 transverse circular pitch
端面齿廓 transverse tooth profile
端面重合度 transverse contact ratio
端面模数 transverse module
端面压力角 transverse pressure angle
锻造 forge
在这方面的话,我建议你可以选择一些位pp,相对来说的话使用的效果比较好,达到之后非常不错,完全没有任何问题的。
机械英语专业翻译软件。谢依你专业翻译软件的话,可以根据自己所需要的专业来发腻的。
我用的是灵格斯,然后通过灵格斯下载了英汉机械大辞典什么。。。我觉得帮助我很大。此外,机械翻译要巧用百度,即输入中文,