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重载变速箱支承法兰盘的结构设计对节约成本、减小箱体整体重量有着重要的影响。
The design of bearing flange structures has a significant effect on saving cost and lightweight of heavy load gearbox.
水泥稳定碎石基层沥青路面容易产生裂缝，特别在重载交通条件下，路面结构更容易过早破坏。
The asphalt pavement on cement-stabilized crushed stones base produces cracks easily so that the structure of pavement is destroyed too easily, specially under heavy vehicles.
这些优点使这种新结构特别适用于高速重载传动。
All this makes the new structure especially suitable for high speed and heavy load transmission.
此外，您将需要创建三个函数的重载三个结构。
In addition, you will need to create three overloads of the function for the three structures.
在结构设计及重载挂篮悬臂施工技术等方面具有特点，对桥梁工程的设计与施工具有借鉴价值。
There are some characteristics in structure design and construction technology of heavyduty suspended basket cantilever, which might be referable for the design and construction of other bridges.
因此，研究重载交通条件下路基工作区深度及相应的工程防治措施，对提高等级路道路结构使用寿命具有十分重要的工程和现实意义。
Therefore, it is very important and realistic for the pavement engineering to investigate the subgrade work area depth and its impact factors and the effect on the pavement structure.
研究表明在超载重载条件下高等级沥青路面结构设计中以基层底部弯拉应力为设计指标控制较为合理。
The research results show that the flexible-tensile stress under the basement is the suitable design control index for the asphalt pavement structure of expressway under overload.
在400系列中采用耐久弹簧和楔型块结构，适用于重载和有长寿命要求的场合。
The 400 series adopts durable spring and wedge block structure, suitable for overloading and long life requirements of the occasion.
它为高效率和重载磨削的平面磨床磨头结构设计提供了新的依据。
It provides data for cooling system design of high production and heavy-duty grinding machines.
重载路面结构研究主要是针对重载交通而言的。
The study of heavy load pavement structure is mainly in view of heavy traffic.
柔性基层结构由于基层结构变形大，在重载交通条件下，路面面层短期内在重复荷载作用下易产生疲劳破坏，导致路面结构层的功能丧失。
Because of the large deformation of the soft base structure, the pavement would have fatigue failure under heavy load to make the road losing its function.
本文从材料与结构两方面对重载交通水泥混凝土路面修筑技术进行了深入研究。
In this study, the construction techniques of cement concrete pavement under heavy-load transportation were researched from the two aspects of materials and makeup of pavement.
横梁导轨采用阶梯式结构，选用进口重载滚柱导轨支撑，刚性强，定位精度好，动态特性佳；
The guide rail of girder applies step structure, selects imported heavy-load roller guide rail support, with strong rigidity, good orientation precision and good dynamic feature;
本文通过对重载交通道路路面结构的破坏原因、破坏机理进行分析，从而对重载交通路面结构的材料组成，结构类型以及使用性能进行了较为系统的研究。
This paper which analyzes the reason and mechanisms of destroyed heavy-duty traffic road surface carries out systematic research of materials, structural types and performance characteristics of it.
轴导轨采用两条导轨支撑结构，并选用进口重载滚柱直线导轨，密布多个高承重滑块。
X-shaft guide rail applies the support structure of two guide rails, selects imported heavy-duty roller straight-line guide rail, and has various heavy load-bearing sliding blocks.
运用三维空间有限元方法，通过具体实例定量分析了重载车辆对沥青路面的路表弯沉、结构应力的影响，论证了重载车辆对沥青路面结构的破坏作用。
In this paper, the effect of heavy vehicles on asphalt pavements with respect to deflection and stress of pavement structures was analyzed quantitatively by examples.
这一实验方法，特别有利于有在自重载荷及结构有变弹性模量的情况下应用。
The method is particularly favorable for gravity loading and structures with variable elastic moduli.
近年来重载交通的日益严重和当前路面结构设计存在缺陷使得很多公路出现早期疲劳开裂和车辙现象。
The serious overloading of vehicles and the shortcomings of highway surface designs have left many highways in early fatigue cracks and tracks.
在低速重载工况下，得出副变速箱箱体结构点的瞬态受力曲线，并以此曲线作为后续瞬态有限元分析的载荷输入。
Then under the low speed condition, the force curves of the bearing were obtained and used as the load for the finite element transient analysis.
不锈钢结构，承重载主轴及结构设计，确保机器具有长久的寿命。
Stainless steel structure, load-bearing spindle set and structural design, to ensure that the machines have a long life.
不锈钢结构，承重载主轴及结构设计，确保机器具有长久的寿命。
Stainless steel structure, load-bearing spindle set and structural design, to ensure that the machines have a long life.
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