winding tension meaning in Chinese
卷绕张力
Examples
- Application of transducer in controlling winding tension
变频器在粗纱卷绕张力控制中的应用 - Uses the sourceless magnetic damping tensor to control winding tension
绕线张力控制采用无源磁阻尼张力器控制。 - The process of winding can be separated from the measure to the technological parameters , the variety of the winding tension of the fiber and the temperature of the gum trough directly affects the whole performance of the winding goods
在缠绕加工过程中,离不开对加工工艺参数的监测,缠绕时纤维张力和胶槽温度的变化直接影响缠绕制品的整体性能。 - Firstly , a finite element approach combining the temperature parametric method with real fictitious elements scheme was proposed for simulating the winding tension process ; secondly , in accordance with the cure kinetic and heat transfer theory , a corresponding finite element method was employed to calculate the distributions of temperature , cure degree and thermal stress fields during the cure process
根据固化反应动力学理论和热传导理论，对具有金属内衬的复合材料纤维缠绕压力容器在固化工艺过程中瞬态温度、固化度和热应力场分布及其变化规律进行了数值分析。 - The main contents of the paper are : ( 1 ) review the state and art for fiber - wound vessel with metal inner lining ; ( 2 ) provide a method to present the technical features including wound process , equal stress dome and fiber gathering at the dome etc . ( 3 ) establish a finite element analysis model considering nonlinear physical and geometrical effects and develop a equivalent constitutive relation for winding graphite fiber reinforced plastic layers ; ( 4 ) set up a failure criterion for the inner metal lining and winding graphite fiber reinforced plastic layers ; ( 5 ) develop a corresponding engineering analysis code based on the commercial software ansys ; ( 6 ) investigate the plastic deformation and residual stress in the inner lining due to winding tension and pre - tension , and stress distribution of the composite vessel under service loading case
本文旨在为具有金属内衬的纤维缠绕复合容器的参数设计提供分析模型、方法及工程软件。论文主要内容是： ( 1 )对复合容器分析国内外研究的概述； ( 2 )复合容器的几何表征方法及工艺中若干力学问题； ( 3 )复合容器结构分析的物理和几何非线性有限元列式及其纤维层的等效本构关系； ( 4 )复合容器的破坏类别； ( 5 ) ansys程序的二次开发； ( 6 )典型复合容器的数值讨论。本论文工作将对工程界复合容器设计和分析工作者具有参考价值。