#4 Week Challenge-Hypermesh for FEA plastic and Plastic Applications  1.Mesh the Given component with the Size of 5 Units. A.Task: Import the geometry Click on the import from the main menu bar and select import geometry. Click on the import then the geometry appears on the display. The below image is the geometry…

#6 Week Challenge-Hypermesh for FEA plastic and Plastic Applications Aim: To Mesh the given component and assigning the thickness to the component by giving the target Element Length as "5 units" by using the quality criteria as below:          Quality Criteria Value : 1.Aspect Ratio=…

#8 Week Challenge Hyper-mesh for FEA Plastic and Sheet Metal Applications Task_1: Create a Tetra-mesh for Housing component with the following quality criteria, Method of generation: 2D to 3D Conversion Elements sizes:                        Min- 2 Units,…

#9 Week Challenge Hyper-mesh for FEA Plastic and Sheet Metal Applications Aim: To Mesh the given components by giving the target Element Length as "5 units" by using the quality criteria as below:       Import the geometry; Click on the import icon on the main menu bar. Select the import geometry…

#12 Week Project-1 Challenge-Hyper mesh for FEA Plastic and Sheet Applications Aim: To extract the mid-surface of the given component and assign the thickness for the side door panel. Element Quality Criteria: Import the geometry; Click on the import icon on the main menu bar. Select the import geometry and choose…

  #13 Week Project-2 Challenge Hyper-mesh for FEA Plastic and Sheet Metal Applications Aim: To Mesh the given components by giving the target Element Length as "5 units" by using the quality criteria as below:    Import the geometry: Click on the import icon on the main menu bar. Select the import geometry…

#1 Assignment Crashworthiness Analysis using Hypermesh and Radioss Aim: To Mesh the given component and assigning the thickness to the component by giving the target Element size as "5 units". Target Element Length : 5 Units Minimum Length          : 3.5 Units Maximum Length     …

#2 Assignment Crashworthiness Analysis using Hypermesh and Radioss   Questions: 1.Check the material properties of the rail component and calculate the speed of sound in steel rail=_______ E=210000ρ=0.0078C=√210000/0.0078=5188.74521662771.The speed of sound in steel rail=5188.74521662771mm. 2. The length of the rail is…

#3 Assignment Crashworthiness Analysis using Hypermesh and Radioss AIM: 1. Run the simulation with default property cards 2. Run the simulation with changed values in the property card 3. Compare both the cases Hourglass:  Hourglass is the deformation that is noticed in the deformation of elements due to applied load.But…

#4 Assignment Crashworthiness Analysis using Hypermesh and Radioss 1. Objective: To apply the various cases as mentioned in the above question on the given failure johnson cook material. To plot the graphs(Post-processing) with respect to the obatined values from those cases. To compare the obtained results, from those…

AIM: To observe and study the Radioss interfaces effect of notches using Altair Hypermesh.   Software: Altair Hypermesh,Hyperview, Hypergraph 2D.   Objectives: To create mesh on bumper assembly,mesh size is 6mm. To apply and analyze the different cases for the crash tube model. To study the effect of different…

#6 Assignment Crashworthiness Analysis using Hypermesh and Radioss  OBJECTIVE:- To perform the frontal crash simulation follow the given conditions Frontal crash-BIW Check unit system and either follow[Mg mm s] or [Kg mm ms]. Create an appropriate interface, friction 0.2 and recommended parameters. Make sure of no…

#7 Assignment Crashworthiness Analysis AIM: Car side pole crash analysis by using Hypermesh and Hypercrash. OBJECTIVE: Check unit system and either follow [Mg mm s] or [Kg mm ms]. Create an appropriate interface, friction 0.2 and recommended parameters. Make sure of no penetration and intersections. Create a rigid wall…

#1 Week Ansys WorkBench CASE-1: Open the Ansys Work-Bench. Select the Static structural. Click on the New Space Claim Geometry, The window will open graphical area as below, you can see tools   Create a rectangle with specified Dimensions          Length=300         Height=120…

#1 Assignment Ansys Workbench OBJECTIVE-1: Carry out a static structural analysis to find out Equivalent stress, Total deformation and Stress intensity Case-1: Material: Cast-Iron To Find: Deformation,Equivalent Stress, Stress Intensity Import the geometry. In the Engineering data select the Cast Iron from the…

#2 Week Ansys Workbench Grid Dependency: In terms of FEA Grid Dependency can be defined as refining of mesh until reaching the optimal results in the simulation. Atlast you will obtain a component with perfect mesh  Case-1: Grid Dependency  Test on Bevel Gear with Mesh Size of 6mm. Import the given Bevel Gear…

Aim: To perform Static Structural Analysis on Rail wheel & Track with varying loads and compare the result. Objectives:  Create the contacts Insert the data for time steps Apply the load Evaluate the results required(Total deformation,Eq.Stress,Life)   Create the fixed joint and select both faces of the track,…

Aim: To perform Analysis on weld joints and comeout withe the best possible output. Objectives: To apply different materials with prescribed parameters Analyze different factors. Verify the stress factor. Compare all the 3 cases. Procedure: Import the model into tyhe Mechanical module. Click on geometry tree and rename…

Aim: To run simulation on Sheet Metal Bending Model with 3 different materials and compare the results. Procedure: Import the model and open the mechanical module. Import the required material in the model library. Clear the previous contacts in the connections and create manual contacts. Create the manual contact and…

Aim: To simulate the rolling operation on a work-piece made of copper. Objectives: To optimize the design in Spaceclaim geometry. To Run the simulation for 14 steps. Evaluate the results for the prescribed parameters. To prove the displacement of workpiece by 90mm. Procedure: Import the geometry to the spaceclaim window.…

#5 Week Assignment- Structural Analysis using Ansys Workbench Aim: To perform the analysis to simulate a sphere pressing on a plate. Objectives: Assign the materials. Create the manual contacts and symmetric regions. Default Mesh generation. Creating support and displacement. Solving for the required parameters.  Procedure:…

#5 Week Assignment- Structural Analysis using Ansys Workbench Objective: Setup and execute the cases with the prescribed materials and the other criteria. Simulate the setup and evaluate the results for the different parameters. Observe the differences and prepare a detailed report. Case setup and Execution: Goto Engineering…

#7 Week Assignment- Introduction to Ansys Workbench Aim:To run the analysis for Long piston with Cam on a total of 3 different cases with change in friction terms and provide the inference on the output. Objective: Import the Geometry to Transient Structural Case setup (Contacts, Meshing,Analysis settings,joints,) Run…

#8 Week Assignment-Introduction to Ansys Workbench Aim: To perform Transient Structural Analysis on a double universal joint with a spring. Objectives: Case setup and execution for 3 different materials. Obtain outputs for prescribed parameters(Eq.Stress & Total deformation). Compare the results of the 3 cases. Conclude…

#8 Week Assignment- Introduction to Ansys Workbench Aim: To perform transient structural analysis on worm gear assembly in Ansys Workbench. Objectives: Simulation setup Assign contacts and joints Analysis settings, steps to run simulation. Conclusion on the simulation performed. Import the geometry ino transient analysis.…

#9 Week Assignment-  Introduction to Ansys Workbench Aim: To perform explicit dynamic simulation on machining with planer and calculate the temperature of the body and other outcomes. Objectives: Model verification Case-Setup: Material Assign, Meshing, Contact verification, Velocity, Fixed support,Analysis Settings.…

#9 Week Assignment- Introduction to Ansys Workbench AIM: To perform the simulation on the given specimen and observe the results of various parameters. Objectives: Case setup for Tension Test. Run Tension Test. Case setup for Torsion test. Run Torsion test. Evaluate results for listed parameters. TENSION TEST: Open Ansys…

#10 Week Assignment- Introduction Ansys Workbench Aim: To run the simulation of bullet penetrating into a bucket. Import the geometry into the mechanical module under the Explicit Dynamics in Ansys Workbench. Rename the components based on thier structure. Change the stiffness behaviour of the bullet to rigid. Meshing:…

#4 Week Assignment- Introduction to Ansys Workbench Aim: To perform an analysis to simulate the bending of a wire in Ansys. Objective: To analyse bending of a wire in Ansys using 3 different non-linear materials Copper Alloy, Aluminium Alloy, Magnesium Alloy. Import the geomtery into the mechanical module of Ansys…

#11 Week Assignment-  Introduction to Ansys Workbench Aim:To perform a parametric study using 3 different values of thickness for the car body. Objective: By varying the thickness for 3 different values the simulation has to be run and analyze the difference in the output parameters. Case Setup: Import the geometry…

Aim: To convert the SI unit system quantites to the all different types of parameters and to tabulate the unit system for all the different types of unit systems mentioned. Objective:To convert the multiple quantity values to different unit systems and also create a table such that there won't be any problem while using…

Aim: To perform drop test of a simplified cellphone and a plate mimicking ground. Objectives: Importing the keyword file. Create and assign the boundaries,contacts,sections and other required for the drop test. Inputting the file into the solver. Procedure: 1.Import the file into the LS-Dyna pre-post. 2.File ->Open…

Aim: To perform a simulation of a crash box with rectangular channel striking a rigid wall. Objective: To assign the values and other criteria to the crash box to perform the simulation. To perform the simulation and plot graphs for the energies generated during the simulation. Attach the prerequisite files. Procedure:…

Aim:To calculate the stretch ratio by calculating the ELFORM(-2,-1,1,2) with Ogden Material Model. Objective: Case setup for Ogden material and behaviour has to be studied during changes in the ELFORM(Element Formulation). Procedure: 1.Import the given ogden material keyword file into the LS-PrePost. 2.Open the Material…