1) disc-spring cap
碟簧桩帽
1.
The relationship between differently composited stiffness of disc-spring cap and pile drivingpenetration and dynamic stress of pile are studied in this paper.
本文研究了碟簧桩帽的不同组合刚度与沉桩贯人度和桩身动应力的关系。
2) disk spring
碟簧
1.
Development of CAD/CAM integrated system of the disk spring based on AutoCAD R12;
基于AutoCADR12平台下的碟簧CAD/CAM集成系统的开发
2.
The dynamic characteristics of disk spring taking account of effect of static load,nonlinear restoring force and combined Coulomb and viscous damping are presented.
详细研究了考虑静力载荷影响、具有弹性非线性和 Coulomb摩擦阻尼非线性的碟簧元件的动力学特性。
3.
Failure analysis for a cracked disk spring was carried out through chemical composition analysis,hardness test,metallograph observation,fracture analysis and EDAX.
通过对断裂碟簧的化学成分、硬度、金相、扫描电镜和能谱分析,指出了非金属夹杂物,特别是硫化物含量偏高,以及严重的带状组织,阻断了组织的连续性,是产生裂纹的主要原因。
3) disc spring
碟簧
1.
Research and Development of Integrated Intelligent Design System for Disc Spring;
碟簧集成智能化设计系统的研究与开发
2.
This paper discusses the design and analysis of disc spring with large deformation.
以有限元软件ANSYS为分析工具,作出了大变形碟簧的刚度曲线。
3.
The traditional design for disc spring in micro-displacement giant magnetostrictive actuator is entirely based on its size, the magnitude of pre-stress as design target, regardless of specific magnetostriction characteristic, making full use of disc spring deformation principle under press.
在传统的超磁致伸缩微位移致动器碟簧设计中,以预压力大小作为唯一设计指标。
4) plate spring
碟簧
1.
It is proved by experiment that the system output can be visibly improved by reducing spring stiffness and therefore, according to precompression and relative conditions, the plate spring data should be designed to make the curve \%f-x\% as poss.
本文对磁致伸缩换能系统弹簧的特点、作用进行了系统地分析与讨论 ,指出了阶跃段磁致伸缩力 Fm 与位移 X存在线性关系 ,并通过试验证明了减小弹簧刚度可明显改善系统输出 ,针对不同预压力及相关条件设计碟簧参数 ,使 f - x曲线尽量平直。
5) pile cap
桩帽
1.
A diagnostic research is carried out on split of wharf s pile cap.
对连云港老码头在使用中出现的桩帽开裂现象进行检测和研究,分析桩帽裂缝的成因,并提出解决桩帽开裂问题的对策。
2.
To study the bearing capacity and failure mode of the composite pile under lateral loading,the lateral loading tests of two composite piles with/without pile cap are carried out and the failure modes and property of interaction of pile and soil are obtained.
0 m长组合桩的水平载荷试验,实测得到该桩在水平荷载作用下桩与土共同作用下的工作性状和破坏特征,分析了组合桩受水平力作用时的临界和极限荷载、破坏模式、地基土的水平抗力比例系数以及桩帽对组合桩抗水平力的有利作用。
3.
According to the result of a pullout prototype test of the connection between a prestressed concrete pipe pile of1200mm in diameter and a pile cap,the failure form,bonding mechanism and influencing factors of the connection are discussed.
通过对直径1200mm的预应力混凝土管桩与桩帽连接节点轴拔性能的原型试验研究,描述了连接节点的破坏形态,分析了连接节点的工作性能和影响轴拔承载力的主要因素,并用有限元对连接节点的受力情况进行了分析计算。
6) belleville spring
碟形弹簧
1.
Over the structure and process analysis to car-used ABS shell, using belleville spring to do four sides core-drawing to the products within the cylinder surface, the mold structure is simple and close, stable and reliable proved by production, the effect is remarkable, and it can be referenced by similar injection mold products.
通过对汽车ABS壳体的结构和工艺性分析,采用碟形弹簧,对产品进行圆周内四面抽芯,使模具结构简单紧凑,经生产验证,模具结构稳定可靠,效果显著,对类似产品的注射模有较好的参考价值。
补充资料：新裁道帽示帽工
【诗文】：
故帽提携二十霜，别裁要作退居装。
山人手段虽难及，老子头围未易量。
花插露沾那暇惜，尘侵鼠啮却须防。
裹时嬾复呼儿问，一匣菱花每在傍。
【注释】：
【出处】：
故帽提携二十霜，别裁要作退居装。
山人手段虽难及，老子头围未易量。
花插露沾那暇惜，尘侵鼠啮却须防。
裹时嬾复呼儿问，一匣菱花每在傍。
【注释】：
【出处】：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条