Out-of-plane loadBending stiffnessStiffness thresholdCarbon nanotube networksBuckypaperCarbon nanotube (CNT) films are easily bent in their applications because the dimension in thickness is much smaller than the other two dimensions. Therefore, it is of great importance to understand the bending ...
网络离面弯曲;弯曲作用;平面外受弯 网络释义
Out-of-plane bending of FRP-reinforced masonry walls High-performance fibers are being widely researched for repair and rehabilitation in civil engineering structures. The potential benefits, liabilities, and... JM Gilstrap,CW Dolan - 《Composites Science & Technology》 被引量: 117发表: 1998年 ...
The unit problem considered in this paper consists of an end-loaded shear force which produces out-of-plane bending. Equilibrium is maintained at the other end of the elbow by a twisting moment and a bending moment. The methods of toroidal elasticity are used to determine the zero order and...
. The out-of-plane bending and shear mechanism of the steel plate-concrete shear wall was studied theoretically, and the calculation formulas of the bending and shearing capacities were derived. 1. Introduction The characteristics of the steel plate-concrete structure are high bearing capacity, good...
网络面外弯曲振动;面外变形振动 网络释义
Gusset-plate and metal-plated connectors are commonly used in joints of upholstered furniture frames due to their high load resistance. To successfully introduce oriented strandboard (OSB) into furniture frames, basic data on the performance of the joints constructed of OSB members is needed. In th...
The recent development of a new Italian seismic code has been an occasion to reconsider the current criteria for seismic design of masonry buildings and their consequences in practice. In this regard, the present research presents and discusses several issues regarding the out-of-plane response of ...
An experimental and numerical investigation was undertaken to characterise the collapse of 3D orthogonal woven carbon fibre composites during the load cases of in-plane tension, in-plane compression and out-of-plane bending. Two different fibre architectures, varying only by the density of through-thi...
To enhance active sites, in-plane modifications, such as defect engineering, the introduction of hetero-atoms, and interface engineering, are among the typical approaches.1 Such strategies affect charge mobility in the materials and the chemical environment near the active sites, resulting in a ...