1) plate anchor
平板锚
1.
Analysis of uplift capacity of circular plate anchors in uniform clay;
均质黏土中圆形平板锚的抗拉承载力分析
2.
Large deformation finite element analyses of uplift capacity of square plate anchors;
方形平板锚抗拉承载力的大变形有限元分析
3.
Uplift Capacity of Plate Anchors in Normally Consolidated Clay;
正常固结粘土中平板锚抗拉力的研究
2) horizontal rectangular anchor plates
水平矩形锚板
3) anchor
[英]['æŋkə(r)] [美]['æŋkɚ]
锚板
1.
The development history of computational methods for vertical uplift capacity of horizontal anchor plates is reviewed.
简要回顾了水平锚板抗拔极限承载力计算方法的发展历史。
2.
The development history of computational methods for vertical uplift capacity of horizontal anchor plates was reviewed.
针对水平锚板抗拔极限承载力计算方法的研究现状,考虑对数螺旋线的破坏面并结合特征线理论,提出了一种新的浅埋条形板极限上拔力的计算方法并编制了程序。
3.
Plate anchors are commonly used as foundations for structures that require uplift resistance because of the characteristic of convenience and practicality.
锚板作为一种提供抗拔力的基础形式具有方便、实用等特点,在工程中应用很广泛。
4) anchor plate
锚板
1.
Based on Mindlin stress solution,the stress state of deep buried rectangular anchor plate under horizontal load is studied.
根据Mindlin应力解,研究了长方形深埋锚板(当然也可以是圆形或其他形状的锚板)承受水平抗拔荷载下的应力状态,提出采用修正分层总和法计算深埋锚板变形特性的新方法。
2.
An example for deep buried anchor plate is given w.
结果验证与深埋锚板的算例分析表明,本文的理论解答对实际工程具有一定的理论及应用价值。
3.
Through the comparison of the force property of anchor plate under different bolt diameter,bolt spacing,it discusses the relation between anchor plate thickness,bolt diameter and spacing as well as the thickness that should be taken to guarantee the stiffness that is out of the surface of anchor plate.
采用通用有限元分析软件对混凝土后锚固受拉节点进行了模拟计算分析,通过比较不同螺栓直径、螺栓间距的条件下锚板的受力性能,探讨了锚板厚度与螺栓间距、直径的关系以及为保证锚板的出平面刚度应采用的厚度。
5) Plate Anchor
锚板
1.
Pullout capacity of deeply embedded plate anchors in undrained clay
不排水黏土中深埋锚板的抗拔承载力
6) boat anchor
艇锚、舢板锚
补充资料:JP型平板式橡胶减震器
分子式:
CAS号:
性质:橡胶减震器的一种,系外形为平板状的橡胶金属制品。其结构为内外金属板(环),中间夹橡胶,以模压法生产。可分JP-I、IP-Ⅱ及JP-III三种型号。用于无线电、仪器和仪表设备,以保护其整机免受震动和冲击的影响。
CAS号:
性质:橡胶减震器的一种,系外形为平板状的橡胶金属制品。其结构为内外金属板(环),中间夹橡胶,以模压法生产。可分JP-I、IP-Ⅱ及JP-III三种型号。用于无线电、仪器和仪表设备,以保护其整机免受震动和冲击的影响。
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