... inclination, are analyzed for their impact on the flow behavior and temperature distribution. Design/methodology/approach The finite element method (FEM) is employed for simulating variations in flow and temperature after validating the results. Solving the non-linear partial differential equations while...

... microscopy (SEM), chemical analysis and mechanical testing. Finite element modelling (FEM) was used to model the shaft welding cycle in terms of thermal (temperature) history and the associated development of residual stresses within the weld joint. Findings Experimental analyses have confirmed...

... generation Bejan number FEM Nomenclatures g ∗ Acceleration due to gravity T a Ambient temperature ( K ) Be Bejan number   Bi Biot number E 0 Characteristic entropy generation rate L Characteristic...

... with each other. Finite element method (FEM) is performed using ANSYSTM software which is theoretical basis. Experimentation is performed using Fast Fourier Transform (FFT) analyzer on simply supported stepped rotor shaft and cantilever circular beam with two cracks each. Findings – The results of FEM...

... T_w  temperature at the plate A  dimensional constant f  non-dimensional stream function © Emerald Group Publishing Limited 2014 FEM Free convection Heat transfer Magnetohydrodynamics Inclined moving plate Viscoelastic fluid (x, y...

... environment. Keywords Anisotropic poroelasticity, Hollow cylinder, FEM, Osteon, Mechanotransduction 1. Introduction Cortical bone is a kind of hard tissue found at the edges of long bones. During daily activities it is subjected to significant mechanical loads. Without these loads, bone remodelling is limited...

... calculations with the level of precision of the crack opening displacement of a reference solution, in order to assess the precision of weight function technique, (iii) modeling relevant geometries using the finite element method (FEM), (iv) working on the implementation of direct stress intensity factor K...