Aim of the project: To perform the static structural analysis on the Rail wheel and track set up. Compare the results for Von-mises stress, Total deformation and Equivalent elastic strain in varied bearing Load conditions. Set Up In the Ansys workbench we chose static structural analysis and in engineering data we chose…

Aim of the project: To perform the static structural analysis on the sheet metal bending process and compare the results with three different set of sheet materials which are Aluminum alloy, Copper alloy and magnesium alloy. Compare the results for Von-mises stress, Total deformation and Equivalent elastic strain in varied…

Aim of the project: To perform the static structural analysis on the welding joints and compare the results with three different set of materials which are STAINLESS STEEL, Aluminum alloy, and Bronze. Compare the results for Von-mises stress, Deformation in Y direction and Equivalent elastic strain in varied material conditions.…

Aim of the project: To perform the static structural analysis on the rolling process of copper alloy workpiece. Find out the results for Von-mises stress, Plastic strain, Total deformation in width of workpiece and longitudinal diplacement of workpiece. Set Up In the Ansys workbench we chose static structural analysis…

Aim of the project: To perform the static structural analysis to simulate the bending of wire. Compare the results for Von-mises stress, and Equivalent elastic strain in varied material conditions of workpiece like Copper alloy, Aluminum alloy and Magnesium alloy. Set Up In the Ansys workbench we chose static structural…

Aim of the project: To perform the static structural analysis of Sphere pressing on a flat plate and capture plastic deformation when sphere pressed by 4mm on to Nonlinear structural steel. Analyze the results for Von-mises stress, Directional deformation and Equivalent elastic strain for plate and Sphere. Set Up In the…

Aim of the project: To perform the static structural analysis of bending of iPhone and capture directional deformation , Equivalent stress and strain on the case. Analyze the results in the varied position of bottom finger with X= 22.5mm & Z= 10mm and with varied material condition for case. Set Up In the Ansys workbench…

Aim of the project: To perform the Transient analysis of Piston and CAM mechanism and capture directional deformation , Equivalent stress and elastic strain. Analyze and compare the results obtained in the varied condition like Frictionless contact, Frictional with 0.1 and 0.2 as Co-efficient of friction. Set Up In the…

Aim of the project: To perform the Transient analysis simulation of Universal Joint mechanism and capture directional deformation, Equivalent stress, and elastic strain. Analyze and compare the results obtained in the varied material condition for joint with springs with Stainless steel and Titanium alloy. Set Up In the…

Tension Test Aim of the project: To perform the Tension test for the given specimen model and capture Total deformation, Equivalent stress, and temperature. In the tension test fix the one end of specimen and displace the other end by 18mm. Set Up In the Ansys workbench we chose Explicit dynamics and in engineering data…

Aim of the project: To perform the Explicit dynamics simulation for the given workpiece and tool  Planar machining model Capture Total deformation, Equivalent stress, and temperature. Compare the results in varied condition of Cutting velocity in case 1 it should be 20000mm/s and case 2 it is 15000mm/s. Set Up In…

Aim of the project: To perform the Transient analysis simulation of Worm gear assembly and capture Total deformation, Equivalent stress, and elastic strain. Cut the gear by half in Space claim, so as to bring the model within the limit even in finer mesh. Set Up In the Ansys workbench we chose Transient analysis and in…

Aim of the project: To perform the Explicit dynamics simulation for a bullet penetrating into a bucket model, Capture Total deformation, Equivalent stress, and strain. Compare the results in varied condition of 3 different Non-Linear materials for the bucket. Set Up In the Ansys workbench we chose Explicit dynamics and…

Aim of the project: To perform the Explicit dynamics simulation for a Car crash model, Capture Total deformation, directional deformation, and Equivalent stress. Compare the results in varied condition of 3 different values for thickness of car body. Set Up In the Ansys workbench we chose Explicit dynamics and in engineering…

Engineering Significance We want to utilize Ansys simulation software in the area of cutting tools. We selected a drill model for the same. we want to analyse and check which cutting tool material has good strength by analysing the drill for different conditions. Simulate the working condition of a Drill, assuming different…