STRESS ANALYSIS OF A PLATE WITH HOLES

PROJECT OBJECTIVE: Simulating the mixing tee to find out the outlet temperature and optimum design to get the desired temperature. ABSTRACT: Mixing tee is simulated using three various conditions to find the optimum design for desired temperature results. The derived temperature at the outlet is the objective of this simulation.…

https://projects.skill-lync.com/projects/STRUCTURAL-ANALYSIS-OF-SPHERE-PRESSING-ON-A-FLAT-PLATE-52161

https://projects.skill-lync.com/projects/FEA-OF-WIRE-BENDING-IN-ANSYS-98646

https://projects.skill-lync.com/projects/VERIFICATION-OF-WELD-JOINTS-USING-FEA-IN-ANSYS-06912

https://projects.skill-lync.com/projects/STRUCTURAL-ANALYSIS-OF-RAILWHEEL-AND-TRACK-SIMULATION-IN-ANSYS-72711

https://projects.skill-lync.com/projects/FINITE-ELEMENT-ANALYSIS-OF-BEVEL-GEAR-GRID-DEPENDENCY-TEST-18556

https://projects.skill-lync.com/projects/FINITE-ELEMENT-ANALYSIS-OF-SPUR-GEAR-IN-ANSYS-46248

https://projects.skill-lync.com/projects/STRESS-ANALYSIS-OF-A-PLATE-WITH-HOLES-78417

PROJECT OBJECTIVE: Structural analysis is being performed to capture the plastic deformation of a sphere pressing on a plate. ABSTRACT: The plate is made of structural steel non-linear and the sphere is made of structural steel. Mesh size of 4 mm is used in this project to capture the parameters effectively. MATERIALS:…

OBJECTIVE: To analyze the stress concentration of a plate with modifications using Finite Element Analysis in ANSYS.  CASE 1: The plate has one hole and the stress concentration is simulated. Geometry Details: Length=300mmHeight=120mmThickness=30mmCircular Hole at the center:Diameter=60mm Steps involved: 1.Designing…

OBJECTIVE: To simulate the 2D heat conduction across a flat plate by programming in matlab. THEORY: The 2D heat conduction simulation has been solved by 3 iterative techniques, mainly: 1.Jacobi method 2.Gauss siedel iterative technique 3.Successive Over Relaxation method Both the steady state and transient state analysis…

https://projects.skill-lync.com/projects/SOLVING-ODEs-USING-TAYLOR-TABLE-METHOD-IN-MATLAB-31943

AIM:  To write a matlab program to simulate the simple harmonic motion of simple pendulum by solving the ODE that govern the motion of the simple pendulum. The ODE that describes the motion is : `(d^(2 ) θ)/(dt^2 )+(b/m)(dθ/dt)+(g/l) sin⁡θ=0` In the above equation, g=acceleration due to gravity L=length…

AIM: To solve 1 dimension linear convection equation in matlab by finite difference method and observe the propagation of wave with increasing time and also compare the effect of grids in the stability of the wave propagation. INTRODUCTION: 1D Linear Wave Equation:   `∂u/∂t+c ∂u/∂x=0` The…

PROJECT OBJECTIVE: To simulate the equivalent stress and strain of the bending of wire using 3 different materials namely,Copper Alloy (Non Linear), Aluminium Alloy (Non Linear) and Magnesium Alloy ( Non Linear). MODEL: MATERIAL: The material properties of the material used are: ALUMINIUM ALLOY NL DENSITY:2770 kg/m3 YOUNG'S…

OBJECTIVE: To simulate the stress concentration, total deformation and stress intensity factor for the working of a spur gear. ABSTRACT: 3 Different materials have been used in the case of spur gear, namely, CAST IRON, CAST BRONZE and CAST STEEL, and the results of the simulation are compared among them. The…

PROJECT OBJECTIVE: Performing grid dependency test on Bevel Gear. ABSTRACT: In grid dependency test, the mesh is made finer till the accurate results are being obtained. We perform grid dependency test in FEA to accurately obtain the stress, strain, deformation and other related parameters of simulation by constantly…

PROJECT OBJECTIVE: To study the aspects of a steady isentropic flow analysis through a convergent-divergent nozzle. ABSTRACT:  In this particular project, a time marching finite-difference solution is set up for the quasi-1D-isentropic nozzle flow simulation.The simulation is being performed by constructing a…

AIM:   To derive fourth order approximation of a  2nd order derivative of a function using: i.Central differencing ii.Skewed right sided differencing iii.Skewed left sided differencing   Fourth order approximations: function: u(x)=exp(x)*cos(x) 1. SKEWED RIGHT SIDED DIFFERENCING SCHEME: In this…

AIM: To observe the effect of time step size on the solution of One Dimensional linear convection equation. The governing equation: The above equation is being discretized by using first order forward differencing approach for the time derivative and first order backward differencing approach for the space derivative.…

PROJECT OBJECTIVE: To compare the equivalent stress, directional deformation of weld joints under the action of load using ansys workbench. It is also required to compare the results using 3 different materials namely STAINLESS STEEL, ALUMINIUM ALLOY AND BRONZE. MODEL: MATERIALS: The properties of the material being…

PROJECT OBJECTIVE: To simulate the rail wheel and track assembly to find the stresses, deformation and life cycle. Comparison is also made for different type of bearing loads. User defined results are also compared with the original results.  case1: The bearing load  is multiplied by 5 times and the results…