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- interfacial bond shear stress 界面粘结剪应力
- The present method shows a satisfied accuracy and can be used in the design of FRP-glulam flexural members and in the calculation of the bond shear stress. 计算理论具有较好的精度，可用于FRP增强胶合木梁的设计计算与粘结剪应力分析。
- The present method shows a satisfied accuracy and can be introduced to the design of FRP-glulam flexural members and the calculation of the bond shear stress. 本文计算理论具有较好的精度，可用于FRP增强胶合木梁的设计计算与粘结剪应力分析。
- This method can be used to check the maximum bonding shear stress at the end of plate, and to prevent the local destruction of the RC beam. 采用本文方法可以对加强片端部最大锚固剪应力进行验算，防止混凝土梁出现局部受拉破坏。
- Study on bond shear stress of FRP reinforced glued laminated timber beams FRP增强胶合木梁的粘结剪应力分析
- The interfacial shear stress is a constant proportion of the bottom shear. 交界面的剪力与底部剪力之比是常数。
- bond shear stress 粘结剪应力
- THE ANALYSIS OF BONDING SHEAR STRESS OF RC BEAMS STRENGTHENED WITH PLATE 粘贴片材加固混凝土梁的粘结剪应力分析
- Critical resolved shear stress (O’crss). 临界分剪切应力。
- Indirect methods to measure the interface bond strength include the interlaminar shear strength test. 测量界面粘结强度的间接方法包括层间剪切强度试验。
- They observed that broken fibers recede within the matrix in composites with weak interfacial bond. 他们观察到弱界面粘结的复合材料，断裂的纤维会在基体中缩回。
- The paper mainly study interfacial shear stress distribution and influence parameters on the experiment of 16 RC beam strengthened with CFRP. 通过16根CFRP抗弯加固钢筋混凝土梁的试验，主要研究纤维片材端部和裂缝附近的界面剪应力分布规律及其影响因素。
- The results showed that the interfacial bond could appreciably enhance when the strength of repair materials increased. 在修补材料中掺入纤维会明显提高界面结合强度,且聚丙烯纤维要优于碳纤维。
- Bending strength, compressive strength, interfacial bond strength and frost-resistance are also studied and analyzed. 并对修补混凝土的抗折、抗压、新老界面粘结强度以及抗冻性等进行了试验研究。
- The strongest interfacial bond could be achieved the moment that the addition ratio of AWA was 6 %( by weight). HEA-JL型抗裂防水剂的掺量为6%25时，界面结合紧密，界面结合强度高，有利于防水抗渗。
- The changes of the interfacial shear stress under the preload and the external load and the distribution of the effective tension stress in the CFRP sheers were calculated. 研究了界面间剪应力在预应力荷载和外荷载作用下的变化规律以及放张后碳纤维中的有效拉应力分布状况。
- For liquid film flow under the effect of gas flow, the hydrodynamics and flow stabilities of liquid film are obviously influenced by the interfacial shear stress. 当气液界面有同向或反向气体掠过时，气液界面存在切应力，必然影响到液膜的水动力学特性和流动稳定性特征。
- The results showed that the pigments and fillers whose surfaces were amphibious could be dispersed finely,and the interfacial bond was strong in c... 结果表明,用两亲性高分子改性颜填料在乳液中的分散性良好,与聚合物界面粘结强。
- The process does not affect the shear stresses. 这样的处理并不影响剪应力。
- The interfacial diffusion of alloying element is an important factor to microstructure, apparent hardness and interfacial bond strength. 元素在界面两侧的扩散是影响材料显微组织、表观硬度及界面结合强度的关键。
