Secondly, a homogenization modeling method is proposed to analyze GFRP panels under temperature loading effects.
Based on this estimate, a parametric study was conducted for a range of rotational velocities under high temperature loads for a series of disc radii.
This paper compared the responses of traditional versus snow-melting airfield rigid pavement under aircraft loads, temperature loads, and their coupling effects by the means of field tests and a three-dimensional finite element (3D FE) model.
Solid lubricants in ample thickness can effectively work under extreme conditions of temperature, loads and speeds.
In the analyses of the thermally induced vibration of a thermal sleeve under linear temperature load ΔT, the computational GDQ method provides a method for calculating the natural frequency, displacement and thermal stress.
In addition, the parametric estimation of the induced stress/strain resulting from the geometries of fine-pitch TSVs under temperature cycling loads is also performed by using non-linear finite element analysis.
The root mean square deviation (RMSD) index was also employed here to intuitively indicate the impedance variation of the embedded PZT sensor under temperature and load.
The coupling stresses of asphalt overlay on old cement pavement under vehicle load and temperature load are systematically studied, and based on this asphalt overlay typical structures suitable for different highway grades are recommended.
