Assignment 4-RADIOSS Material Laws Challenge

Side Pole Crash Simulation  Aim : To run a simulation for the Neon Side Pole Crash and to obtain the results in the post processing. Objective :   To check the unit system in the solver. To create an appropriate interface with friction 0.2 and recommended parameters. To check for the penetrations and intersections…

Creating the calculator GUI :   Aim : To create a simple addition and subtraction window in hypermesh by writing Tcl/Tk code as shown in below Figure 1. Figure 1-Addition and Subtraction Window. To press the corresponding buttons in the addition and subtraction window, So the text boxes should indicate…

Finding the component name for deleted element :   Aim : To find the component name for the deleted element.   Procedure : Open any model in the hypermesh and write a code to find the component name for the deleted element. Here I have opened the hood model in hypermesh, Which is shown in below Figure 1.  …

The meshing of Car Side Door [Inner Panel]   Aim - To perform preprocessing on the given car side door [Inner Panel] plastic component using hypermesh preprocessing software.   Objective - To generate the mid surface manually and do a geometry clean up on the component. To generate a mesh and to get a proper…

Meshing of Rear Wheel Holder [Spare Wheel Floor Panel]   Aim - To perform preprocessing on the given Rear Wheel Holder [Spare Wheel Floor Panel] Sheet Metal component using hypermesh preprocessing software.   Objective - To generate the mid surface manually and do a geometry clean up on the component.…

Introduction to HyperMesh and TCL    Aim : To do some basic steps to know about Tcl/Tk scripting in Hypermesh.   Objective : To Install “code writing tools” of our choice To Create a dummy tcl file and assign it to a key (Ctrl +1) To Set our keyboard shortcuts and export the settings file. To…

Explicit Dynamic Analysis on Car Crash    Aim : To perform Explicit Dynamic Analysis on Car Crash Model.   Objective :  To define appropriate materials for the Car Crash Model. To perform symmetry operation. To define the Body-Interaction connection between them. To perform mesh on a Car Crash…

Explicit Dynamics Analysis for Bullet Penetrating on a Bucket :   Aim : To perform Explicit Dynamic Analysis for Bullet Penetrating on a Bucket Model.   Objective :  To define appropriate materials for the Bullet Penetrating on a Bucket Model. To define connections between them. To perform mesh for a Bullet…

Explicit Dynamic Analysis on the Tension and Torsion Test Specimen :   Aim : To perform Explicit Dynamic Analysis on the Tension and Torsion Test Model.   Objective :  To define appropriate materials for the Tension and Torsion Model. To define connections between them. To perform mesh on the Tension…

Explicit Dynamic Analysis on the Machining Planer   Aim : To perform Explicit Dynamics Analysis on the Machining Planer.   Objective :  To define appropriate materials for the Machining Planer Model. To define connections between them. To perform mesh on the Machining Planer Model. To define appropriate…

Transient Structural Analysis on the Worm Gear   Aim : To perform Transient Structural Analysis on the Worm Gear.   Objective :  To define appropriate materials for the Worm Gear Model. To define connections between them. To perform mesh on the Worm Gear Model. To define appropriate Boundary Conditions…

Transient Structural Analysis on the Universal Joint    Aim : To perform Transient Structural Analysis on the Universal Joint.   Objective :  To define appropriate materials to the Universal Joint Model. To define connections between them. To perform mesh on the Universal Joint Model. To define…

Transient Structural Analysis on the Slider Crank Mechanism Model   Aim : To perform Transient Structural Analysis on the Slider Crank Mechanism.   Objective :  To define appropriate materials to the Slider Crank Mechanism Model. To define connections between them. To perform mesh on the Slider Crank Mechanism…

Transient Structural Analysis on the Long Piston and Cam Model    Aim : To perform Transient Structural Analysis on the Long Piston and Cam Model with three different materials.   Objective :  To define appropriate materials to the Piston and Cam Model. To define connections between them. To perform…

Static Structural Analysis on the Buckle Clip :   Aim - To perform static structural analysis on the Buckle Clip, and solve for Von Misses Equivalent stress, Equivalent Elastic Strain, and Total Deformation.    Objective : To perform a Structural Analysis on the Buckle and Clip for the two cases with the…

Static Structural Analysis on the iPhone :   Aim : To perform static structural analysis on the iPhone using Aluminium Alloy Material.   Objective : To define appropriate material for the iPhone. To define contacts for the iPhone model. To perform mesh on the iPhone model. To Move the bottom fingers from their…

Static Structural Analysis on the Sphere :   Aim - To perform static structural analysis over the flat plate using Structural Steel Material.   Objective : To define appropriate materials to the Sphere and Plate. To define contact between the Sphere and Plate. To perform mesh on the Sphere and Plate. To define…

Static Structural Analysis on the Wire Bending Model.   Aim : To perform Static Structural Analysis on the Wire Bending Model with three different materials.   Objective :  To define appropriate materials to the Wire Bending Model. To define connections between them. To perform mesh on the Wire Bending Model.…

Static Structural Analysis on the Rolling Operation on a WorkPiece Made Up of Copper.   Aim : To perform Static Structural Analysis on the Rolling Operation on a WorkPiece made of Copper.   Objective : To make modifications to the rolling operation model in Space Claim. To define appropriate material to the Rolling…

Static Structural Analysis on the Sheet Metal Bending :   Aim : To perform static structural analysis on the sheet metal bending model with different materials and with different frictional values to find out the Equivalent Von Misses Stress,Total Deformation and Equivalent Elastic Strain results and compare them.…

Static Structural Analysis on Weld Joints :   Aim : To perform static structural analysis on the welding model using three different weld materials.   Objective : To define three different materials for the welding Model. To define appropriate material to the component. To define connection between the contact…

Static Structural Analysis on the Rail Wheel and Track :   Aim - To perform static structural analysis on the Rail Wheel and Track,and solve for Von Misses Equivalent stress,Equivalent Elastic Strain and Total Deformation.   Objective : To perform a Structural Analysis on the Rail Wheel and Track for the two…

Static Structural Analysis on the Bevel Gear :   Aim - To perform static structural analysis on the Bevel Gear and solve for Von Misses Equivalent stress,Equivalent Elastic Strain and Total Deformation.   Objective : To perform a Structural Analysis on the Bevel Gear for all three cases with the material…

Static Structural Analysis on Spur Gear    Aim : Run the simulation for the spur gear with different materials and find out the Total Deformation, Equivalent stress, and Stress Intensity.   Objective :   To perform a Structural Analysis on the spur gear for all three cases with different materials such…

 Stress Concentration on a Plate with Hole   Aim - To perform static analysis on the two models of a rectangular plate with a single hole and multi-holes.   Objective - To design a rectangular plate with single and multi holes in space claim for the following cases Case 1: Length=300mm, height=120mm, thickness=30mm,…

Roof Crash Simulation    Aim - To run the roof crash simulation on the neon car model and plot the graphs for the neon car model in post processing.   Objective - To translate the impactor to the desired location as per the question. To create a Type 7 contact interface between impactor and car. To create…

Frontal Crash Simulation    Aim - To run a simulation for the frontal crash [BIW] and to obtain a results in the post processing.   Objective - To check the unit system in the solver. To create an appropriate interface ,friction 0.2 and recommended parameters. To check for the penetrations and intersections.…

RADIOSS Interfaces & Study of Effect of Notches   Aim - To run the crash tube model by using differnt types of contact interfaces. Mesh the given crash tube model with 6mm size. Objective - Run the crash tube model with and without changing the parameters. Remove the notches from the crash tube model,Remove the…

RADIOSS Material Laws    Aim - To run the simualtion for the plate and rigid ball by using Jhonson Cook Material and Elasto Plastic Material with Brittle Failure as per the cases given in the question by using Radioss solver.  Objective - Run the simulation for all the 7 cases as given in the question.…

2D Element Formulation   Aim- To run the simulation for the given component with and without changing the recommended element parameters using a radioss solver. Objective- To change the run time to 55 ms and to change the number of animation steps to 60. To run the base simulation with default element parameters.…

Aim - To calculate the values and to edit the engine file with that values. To perform volume mesh on the given components housing model and arm bracket model. Objective - To calculate the speed of sound in steel rail. To calculate the time for sound to travel over length of the rail. To edit the engine file. To perform…

2D Meshing for Bottle Cap [Plastic Component] Aim - To do a Pre-Processing on a given Bottle Cap model using ANSA Software [Version 19.1.4]. Objective - To check the geometrical errors on the Bottle Cap model. To extract a mid surface on the component. To generate 2D mesh on the component based upon the quality criteria…

2D Meshing   Aim - To perform pre processing on the given three models according to the given requirements using hypermesh pre processing software. Objective - To do geometric clean up on the given three models. To extract a mid surface for all the given three models. Defeaturing the edge fillets. To do geometric…

Shell and Solid Meshing of Suspension Assembly   Aim - To perform shell and solid meshing of an rear suspension assembly. To deploy connections in necessary regions. Objective - To do geometric cleanup on the component. To extract a mid surface for the components,If the thickness is less than 5mm. Giving appropriate…

2D meshing on the instrumental Panel   Aim - To perform mid surface extraction and 2D meshing on the instrument panel according to the given quality criteria. Objective - To do geometric cleanup on the component. To generate a mid surface from the parent component. To Mesh the component according to the given quality criteria.…

Morphing on CAD Geometry Aim - To Perform Morphing Operation on Given Component. Objective - To Perform Morphing on Geometry using Box Morphing. To Perform Morphing on Model 2 to increase the heights of the Rectangular Ribs and Circular Ribs. Theoretical FrameWork - Morphing- Morph is a very helpful tool for Shape modifications.…

Comparison of Manual Mesh,Batch Mesh,Casting (Mid Mesh).   Aim - To Mesh the given component by manual mesh,by batch mesh method and by casting (Mid Mesh method) and to compare three of them. Objective - To do geometric clean up on the component. To extract midsurface by manually using offset tool,by using skin tool.…

Deploying Connectors for a Rear Door of a Car   Aim - To Deploy a appropriate connectors for a Rear Door of a Car. Objective - Creating a property id's for door hinges and deploy a bolt connectors. Creating RBE2 1D Elements for bolt joints. Creating RBE3-CBUSH-RBE3 element for the weather strips. Creating RBE3-HEXA-RBE3…

  Solid Meshing [Tetra Mesh] of Car Rear View Mirror   Aim - To do a pre-processing on Car Rear View Mirror using ANSA Software [Version 19.1.4]. Objective - To check the geometrical errors on the Car Rear View Mirror model. To Provide Mesh Parameters and Quality Criteria. To generate 2D mesh on the surfaces…

2D Meshing for Car Hood [SheetMetal Component]   Aim - To do a Pre-Processing on a given hood model using ANSA Software [Version 19.1.4]. Objective - To check the geometrical errors on the hood model. To extract a mid surface on the components such as Inner Extract,Outer Extract,Latch Reinforcement Extract and two Hinge…

Preprocessing of Hood Model Using Hypermesh   Objective : Make proper geometric clean up on the surfaces. To extarct a proper mid surface from the parent components. Maintain Proper mesh flow with less tria concentration. To achieve exact quality criteria as given in the question. Mesh the component properly with…

3D Tetra Meshing Housing Model Aim- To generate a 3D Tetra Mesh on the given component's by using different method's. Objective- Generate 3D tetra mesh by using 3 method's called Convertion of 2D element's into 3D element's. By doing Quick Tetra Mesh from user interface panel. By doing Volume Tetra Mesh from 3d panel.…

Creation of 1D Connector's Challenge.   Objective - To mesh the given frame assembly with 2D element's with a target element size of 5 units. Use different types of Connection techniques and Deploy connector's to the component's as per given below. How to debug the connector's,If they are failing. Right_Rail_2…

 Morphing & TCL Command File Creation    Aim -  To Morph the given side body component to the desired shape as given in the reference image and write a Macros for the same morphing operation. Objective -  To do morphing operation for the given side body component. To write a…

Batch Meshing and Assigning Non-Linear Material to the Component's.   Objective - To perform a batch mesh for the given component's. To assign a non-linear material and property cards for the component's. To create a parrameter and criteria file for batch meshing. Procedure - Hood Model Phase 1-Importing  Hence…

Manual Midsurfacing & Meshing of Car Backdoor   Objective : Make a proper geometric clean up on the surfaces if there is any damaged surfaces. To extract a proper mid surface from the parent components manually. Maintain a Proper mesh flow with less tria concentration. To achieve exact quality criteria as given…