1) winding tension
缠绕张力
1.
On the base of the mechanical analysis and mathematical deduction,the formulation of balanced winding tension in non-resin winding is put forward under determinate correlative postulates and application area.
通过力学分析和数学推导,在一定的相关假设和适应范围下,得出了干纱缠绕中均衡缠绕张力的逐层施加公式。
2.
Put forward the application of space joist-frame structure in gypsum core model frame,used the ANSYS software to do the analysis for change when bearing winding tension and inertia force,confirmed its feasibility of mechanics.
将空间桁架结构应用于石膏芯模骨架,并用ANSYS软件分析这种结构在承受缠绕张力和惯性力时的变形情况,以确定其力学可行性。
3.
During the manufacture process of the composite material barrel, residual stresswould be made with the cure temperature and the winding tension.
复合材料身管在加工过程中，由于固化温度、缠绕张力等因素的影响，在身管中产生一定量的残余应力。
2) tension winding
张紧力缠绕
1.
A 3D initial stress analysis model of composite flywheel fabricated by filament tension winding was put forward by using the idea of the former plane stress full elastic model.
利用平面应力型全弹性模型的思想(即将纤维束张紧力缠绕看成多层复合材料薄环连续过盈装配的过程),建立了三维纤维束张紧力缠绕复合材料飞轮初应力分析模型,并给出了基于面-面接触算法求解张紧力缠绕复合材料飞轮初应力的三维数值方法。
2.
After the consolidation of the composite ring in tension winding, the mandrel is drawn out, and then a hollow ring is formed.
纤维束张紧力缠绕的复合材料厚环固化成型以后,再抽出缠绕芯轴形成空心环,这一过程称为内孔卸载。
3) Variable tension control
变张力缠绕
4) fiber winding tension
纤维缠绕张力
1.
Because the filament wound reinforced plastics(FWRP) and structures form synchronously,the technical parameters of FWRP such as the fiber winding tension have significant influence on the structural resistance of FWRP.
由于纤维缠绕聚合物基复合材料(FWRP)与结构同时形成,因此缠绕成型工艺过程控制(如纤维缠绕张力)对FWRP制品结构抗力具有重大影响。
5) fibra intertwist tension syst
纤维缠绕张力系统
6) fibra intertwist tension system
纤维缠绕张力制度
1.
This acticle discusses screen interception technology exploited by Visual Basic in fibra intertwist tension system,makes a comparison with traditional way,and tells in detailed of the following ways about it\ s trait,principle,operating procession,and program,at last it gives the code.
探讨了在纤维缠绕张力制度软件中用 Visual Basic开发的屏幕截取技术 ,与传统的方法进行了比较 ,从其特点、原理、操作过程、及程序等方面进行了详细介绍 ,并给出了具体代码 。
补充资料：玻璃钢球形气瓶在缠绕中
玻璃钢球形气瓶在缠绕中
玻：K钠球卅’气Hl、在鲤r*中 咯尔#破璃捆研究。t’0稿
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