Abstract: The core of a great university lies not only in the improvement of its hardware facilities, but also in the profound academic atmosphere, educational philosophy, and cultural heritage it embodies. Based on the author's academic and work experiences at universities such as Cambridge, Harvard and Xi'a...
Abstract: Orthotropic plates were analogized to gridwork systems, and the compatibility and incompatibility between these 2 structure types in static and dynamic analyses were discussed. The results show that, the gridwork results converge to the theoretical solution of plates through the grid refinement for ...
Abstract: The holding pole is a special lifting device for the construction of transmission towers. The optimization design model for the holding pole was established. The minimum mass was set as the optimization objective. The cross-section sizes of members, the connection modes of auxiliary members and the ...
Abstract: Based on the 3D continuous shell theory and the 1st-order shear deformation theory, a moving least squares meshless method was proposed for solving the linear bending problem of functionally graded sandwich shells with the layered method. With the mapping technology, the 2D meshless node information...
Abstract: By means of the self-defined artificial neural network (ANN) and its excellent function fitting function, aimed at aggregate-mortar matrix 2-phase concrete, the analytical solutions of the highly nonlinear coupling differential equation of the differential method in the indirect homogenization theor...
Abstract: The statistical energy analysis (SEA) method was popularly employed to handle the high-frequency dynamics problems in many engineering fields such as aerospace and shipping. The damping loss factor and coupling loss factor were the major parameters in the SEA theory, and they can usually be identifi...
Abstract: Anti-seismic performances of the hybrid energy dissipation structure (HEDS) composed of an isolation interlayer with lateral stopping viscoelastic dampers (VEDs) under random excitation were systematically investigated. Firstly, the seismic motion equations for the HEDS subjected to the double-filte...
Abstract: The active regenerative cooling technology faces the bottleneck problem of insufficient heat transfer capacity when the scramjet flies at a higher Mach number. It is proposed to strengthen the heat transfer performance of the regenerative cooling channel with airfoil-fins. To verify the enhanced hea...
Abstract: A finite difference model was established to solve the modified mild slope equation, and the reflection of waves on the slope with superimposed undulating seabed was studied. Firstly, the reflection problems of incident waves on straight slope terrain, singly periodic sinusoidal sand ripples and dou...
Abstract: The periodic electroosmotic flow of the Jeffrey fluid in microchannel between 2 sinusoidal wavy walls was studied. The momentum equation was solved with the perturbation expansion method, to give the approximate analytical velocity and volume flow rate of the periodic electroosmotic flow of the Jeff...
Abstract: A relative motion model was used to numerically simulate the phenomenon of particle aggregation in shear thinning fluids. To understand the shear thinning effects on particle mechanical properties in microfluidics, the shear thinning matching was performed with viscoelastic and non-viscoelastic flui...
