ROBUST AFFINE MANEUVER FORMATION CONTROL BASED OF SECOND-ORDER MULTI-AGENT GRID INSPECTION SYSTEMS


The Effects of Steel Core Imperfection, Gap Size and Friction Coefficient on the Behavior of All-Steel Buckling Restrained Braces

Buckling restrained braces (BRBs) which are generally composed of a steel core and a encasing(buckling restrainers) are utilized to resist lateral forces in high seismic regions since BRBs exhibit high energy dissipation capacity, ductility and stiffness.The steel core carries both compressive and tensile forces.During the compression, the core sta

read more

Laser Surface Texturing for Ground Surface: Frictional Effect of Plateau Roughness and Surface Textures under Oil Lubrication

Laser surface texturing has proven beneficial in improving tribological performance in different lubrication regimes.However, the interaction between Handlebar Assembly plateau roughness and surface texture remains to be further investigated, even though rough surfaces are common in engineering applications.In the present study, we investigated the

read more

Quantitative Quality Evaluation of Software Products by Considering Summary and Comments Entropy of a Reported Bug

A software bug is characterized by its attributes.Various prediction models have been developed using these attributes to enhance the quality of software products.The reporting of bugs leads to high irregular patterns.The repository size is Handlebar Assembly also increasing with enormous rate, resulting in uncertainty and irregularities.These unce

read more

A New Ocean Rock Mass Rating and Its Application to Determine the Ultimate Bearing Capacity of an Offshore Wind Monopile Foundation

Offshore wind power is a new trend in renewable energy development.However, during the operation of offshore wind turbines, the rock-socketed monopile foundation is subjected to long-term cyclic loads, which will cause the seawater to erode the rock around the monopile foundation and reduce the ultimate end-bearing capacity.There is no suitable roc

read more