Analysis setting: symmetry: displacement: Fixed support: car body material: Material properties: Total deflection: Eq strain: Eq stress: Parametric study: For thickness 0.3,0.4,0.5 mm: Conclusion: As the thickness increases the stress,strain and total deformation decreases. As thickness increases the strength…
Mohit Dubey
updated on 13 Apr 2020
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Read more Projects by Mohit Dubey (16)
Week 5 Bending of iPhone
Bending of iPhone Objective: To simulate the bending of iPhone Analysis setting: …
26 Jun 2020 04:27 PM IST
Car Crash Simulation
Analysis setting: symmetry: displacement: Fixed support: car body material: Material properties: Total deflection: Eq strain: Eq stress: Parametric study: For thickness 0.3,0.4,0.5 mm: Conclusion: As the thickness increases the stress,strain and total deformation decreases. As thickness increases the strength…
13 Apr 2020 08:03 AM IST
Tension and Torsion Test
Analysis setting: Mesh setting: mateial of workpiece: Case 1: Tension Test Displacement: fixed support: Cordinate system: Total deformation: Eq. stress: Eq. strain: Temperature: Case 2: Torsion test Displacement: fixed support: Cordinate system: Total deformation: Eq. stress: Eq. strain: Temperature:…
10 Apr 2020 02:41 PM IST
Bullet penetration test
Analysis setting: Mesh: Bullet material: Velocity: Properties of used materials: Aluminium NL: Cu NL: Stainless steel NL: Tantalum : Case 1: Aluminium NL as bucket material Total Def: Eq. Strain: Eq stress: Case 2: Copper NL as bucket material Total Def: Eq. Strain: Eq stress: Case 3: Stainless…
10 Apr 2020 06:45 AM IST
Planner machining
Analysis setting: cutting tool material: Structural steel (rigid behaviour) workpiece material: Steel 1006 Case 1: cutting velocity- 20000 mm/s Eq stress: Total deformation: Temperature of w/p: Case 2: cutting velocity- 15000 mm/s Eq stress: Total deformation: Temperature of w/p: Conclusion: The temperature…
07 Apr 2020 12:43 PM IST
Worm Gear challange
Worm and gear after cut : Analysis setting: Frictionless contact: Mesh : 4 mm Rotation: Total Deformation: Eq Elastic Strain: Eq Stress: The above is worm gear analysis. worm gear is used where high reduction ratio is needed. Generally worm is made up of steel and wheel made up…
07 Apr 2020 01:13 AM IST
Universal Joint
Analysis setting: Mesh 4 mm: joints: Rotation: Case 1: material : structural steel Eq stress: Total Deformation: Case 2: material : stainless steel Eq stress: Total Deformation: Case 3: material : Titanium alloy Eq stress: Total Deformation: …
06 Apr 2020 06:36 AM IST
Long piston and Cam
Analysis Setting: Case 1: Frictionless contact Equivalent Stress: Directional Deformation Equivalent Elastic Strain: Case 2: Frictional contact with 0.1 coefficient Equivalent Stress: Directional Deformation Equivalent Elastic Strain: Case 3: Frictional contact with 0.2 coefficient Equivalent…
05 Apr 2020 01:54 PM IST
Sphere pressing on Plate
Material: For sphere: Structural steel For Plate : Structural steel NL Press the sphere onto plate 4mm downwards and retract it Directional Deformation: Eq stress on plate: Eq. strain on plate: Eq. strain on sphere:
05 Apr 2020 05:48 AM IST
wire bending
Case 1: Wire material copper alloy NL Equivalent stress on the wire Equivalent strain on the wire Case 2 Wire material alluminium alloy NL Equivalent stress on the wire Equivalent strain on the wire Case 3: Wire material Magnesium alloy NL Equivalent stress on the wire …
04 Apr 2020 12:13 PM IST
Rolling of copper workpiece
Analysis setting Material properties: Copper; Model Geometry: Analysis setting Connection 1: Connection 2: Mesh: 1. Equivalent stress 2. Equivalent Plastic strain for the workpiece 3. Directional Deformation in the Z axis for the workpiece 4. Prove that the workpiece has displaced by 90mm
02 Apr 2020 11:30 AM IST
Verification of weld joints
Analysis setting: Mesh sizing: Force: 15000 N Case 1 :Stainless Steel: In this case, the material of the plates must also be the same. Use Stainless steel for both weldments and plates. No need to add flux to the weldments. Material: Stainless steel Directional Deformation equivalent stress: equivalent strain: Weld joint…
01 Apr 2020 01:15 PM IST
Structural Analysis of Railwheel and Track
Analysis Setting: Case-1: Total Deformation for 100000 N Bearing load Total Deformation for 500000 N Bearing load Equivalent stress for 100000 N Bearing load Equivalent stress for 500000 N Bearing load Life under 100000 N Bearing load Life under 500000 N Bearing load Case-…
29 Mar 2020 01:27 AM IST
Gride dependency test on Bevel Gear
1. Grid Dependency Test- This test determine the optimum mesh size for the accurate results keeping the computational time also in mind. Finner the mesh the result will be more accurate.So, we have to choose the mesh size which provide us closer result in less time. 2.Grid Dependency Test on bevel gear for mesh size 4,…
28 Mar 2020 01:10 PM IST
ANSYS Analysis of Spur Gear
ANSYS analysis of Spur Gear Analysis has been done using ANSYS Acadmic version using different material with following analysis setting. Analysis setting: The number of steps taken as 6. Large Deflection- on Time step: Initial time step-0.2 s min. time step-5e-002 s max time step-0.5 s Type of contact- frictional…
28 Mar 2020 06:37 AM IST
Plate with a Hole
Stress concentration on plate with a hole Case:1 For case 1 structural analysis carried out on plate with a hole of diameter 60 mm. The ,material is used is structural steel. The plate is modelled in Ansys spaceclaim software and is shown as below: The dimension of plate are: Lenght=300 mm Width=120 mm Thickness = 30 mm…
26 Jan 2020 07:29 AM IST