A CVT push-belt, composed of 12 layers of bands and a number of segments, ismodeled for vibration analysis. Predefined compression and tension loads are applied to segmentsand bands respectively. Continuous and discrete ...

In the current work, two-dimensional simulations are presented for incompressiblelaminar mixed convection flow of a radiating gas over a recess including two backward andforward facing steps in a vertical duct. The continuity, ...

In this study, an experimental and numerical analysis is done to study the flowcharacteristics of an offset and non-offset axisymmetric jet impingement on a circular cylinder.The purpose of this study is investigation of ...

This research paper provides a mathematical modeling of heat transfer enhancementduring melting process in a square cavity through dispersion of nanoparticles. The enthalpy-basedlattice Boltzmann method (LBM) with a ...

Heat transfer augmentation and pressure loss penalty caused by vortex generators(VGs) are numerically studied for finned flat/round tube heat exchangers and compared withavailable experimental results. The simulations are ...

This paper presents a solution to the boundary stabilization of a vibrating compositeplate under fluid loading. The fluid is considered to be compressible, barotropic and inviscid. Alinear control law is constructed to ...

Abstract– The ability of mesh design in arbitrary Lagrangian-Eulerian finite element method(ALE-FEM) makes it a generally efficient device for simulating engineering problems. In thispaper, ALE-FEM is used to model the ...

Natural convection of an electrically conducting fluid under the different directions ofmagnetic field in a horizontal cylindrical annulus is numerically studied using lattice Boltzmannmethod (LBM). The inner and outer ...