Week - 4 - 2D meshing for Plastic components

Frontal Crash Simulation Aim :        To run the given model as per the given conditions and to note down the results during crash with rigid wall. Objective :        To follow the steps given and run the analysis to get the animation and result files of Frontal…

Aim :        This challenge is about the study of notches in a component and comparing it with the component without notches. Objective :        The study of notches in a component explains about the behaviour of component with notch and without notch.       …

Aim:        To do material challenge in RADIOSS with different material card as it given as different cases. Objective:        The material challenge demonstrates how material behave with respect to material card and change in values that are asked to change.…

Aim :        To import and run the Radioss file for the given changes and to compare the result using Hypermesh. Objective :        Here we compare between two different methods they are, Perturbation method, Physical stabilization. Procedure : To import the 0000.rad…

Q1. To calculate the speed of the sound in steel rail Given data: From material properties, E = 2.1 *10^-5, density(`rho`) = 0.0078, speed of sound, C = `root`(E / 'rho') C = 5188.7 mm/ms.   Q2. To calculate time taken for a shock wave to travel 1000mm. Distance = Speed * Time, 1000 = 5188.7 * T, T = 1000/5188.7…

Aim :        To perform geometry cleanup and meshing the given files by using Hyperworks software. Objective :        To mesh the given files and to satisfy the given quality criteria by using Hyperworks software. Procedure : Import the given model to the software workspace. Set the values for the quality criteria as it…

Aim :        To do car crash analysis for the given model by using ANSYS software. Objective :        To do analysis for three different thickness property to the car outer body. Here we do frontal impact test for the given model. Procedure : We start from workbench…

Aim :        To perform meshing with planer challenge on given component using ANSYS software. Objective :        To apply velocity load on the tool and fix the workpiece to remove the face of workpiece for given velocity values. Case 1 : 15000 mm/s, Case 2 :…

Aim :        To perform bullet penetration through a bucket with three different nonlinear bucket materials and find solution values using ANSYS software. Objective :        To apply same velocity for different bucket material on the given component for three…

Aim :        To perform tension and torsion test on given component using ANSYS software. Objective :        To apply tension and torsion load on the given component for the specified values in two different cases. Case 1 : Tension load,        Tensile is a (pulling) force to a material and measures the specimen's response…

Aim :        To analyse and solve the required solution of given Worm gear assembly using ANSYS software. Objective :        To analyse the given model with the default material as structural steel and find the solution values. Procedure : Start from the workbench…

Aim :        To analyse and solve the required solution of given double Universal joint with a spring using ANSYS software. Objective :        To analyse the given model for three different material properties and obtain required results. And the three different…

Aim :        To analysis the given model of long piston with cam for three different cases using ANSYS software. Objective :        The objective of the long piston with cam is to analysis the model for three different cases given below. Case 1 : To define the…

Aim :        In this challenge it is asked to find the plastic strain of the plate which is pressed by using a sphere. Objective :        To find the plastic deformation and Equivalent strain occurred in the plate. For analysis we take ¼ of the sphere and plate. Given model :        The given model is a sphere pressing…

Aim :        To do analysis of wire bending in three different cases using ANSYS software. Objective :        To perform analysis of wire bending in three different cases they are, Case 1 : In this case with material property for wire as Copper alloy NL. We have…

Aim :        To perform rolling operation and analyse the model for required solution by using ANSYS software. Objective :        To perform rolling operation for the given model with geometry changes and to analyse the model for. Equivalent stress of the whole model, Equivalent plastic strain of the work piece, Directional…

Aim :        To do analysis of sheet metal bending in three different cases using ANSYS software. Objective :        To perform analysis of sheet metal bending in three different cases they are, Case 1 : In this case with different material property for sheet we have to analyse and compare the solution values of different…

Aim :        To analyse the given model to find the max equivalent stress in the weld joints applied in the given model. Objective :        To compare the solution of the given model by approaching the analysis with different materials. Given model and Condition…

Aim :        To solve the given Railwheel and track using ANSYS software. Objective :        To analysis the given model and to generate results in the solution part.        In case 1 compare the solution of bearing load 500000N with 100000N.…

Aim :        To perform analysis and compare the results for the given different mesh size of same material using ANSYS software. Objective :        The main objective is to apply given three different element size for same material and observe the difference…

Aim :        To perform analysis and compare the results for the given different materials using ANSYS software. Objective :        The main objective is to set the material, geometry and solution method to get the required results.       …

Aim :        To create the geometry for the given dimensions and to determine the maximum deformation and stress developed in the model for two cases by using Ansys software. Objective :        To compare the maximum deformation and stress developed between the…

Aim :        To mesh the components in 2D and 3D as per the thickness and make proper connections for the areas to be connected in the given model. Objective :        To mesh the components by using shell mesh and volume mesh as per the thickness of the component…

Aim :        To create connectors to connect the given components by using ANSA software. Objective :        To mesh and connect all the given components as it is asked to be connected and to connect the leftover by own. Theory :       …

Aim :        To learn and morph the given components by using ANSA software. Objective :        In this challenge we go through the option Morph and morph the given component model as it asked to be morphed. Theory :      We use morphing option…

Aim :        To mesh the given component using Tetramesh and to check for the tet collapse in the ANSA software. Objective :        To mesh the components in 3D meshing by using Tetramesh option and to satisfy the given tet collapse value 0.2. Procedure : Import…

Aim :        To mesh the given component using Volumemesh and to check for the tet collapse by using ANSA software. Objective :        To mesh the components in 3D meshing by using volumemesh option and to satisfy the given tet collapse value 0.2. Procedure :…

Aim :        To extract midsurface and mesh the given component and to satisfy the quality criteria by using ANSA software. Objective :        To extract the midsurface of the surface component and apply mesh of element length 4 units. Worked component : Result…

Aim :        To mesh a plastic side bottle cap by using Hyperworks software and assign thickness property to the components. Objective :        To mesh bottle cap component and apply mesh with thickness property and to satisfy the given quality criteria. Procedure : Import the given model to the graphical workspace. Have…

Aim :        To mesh the hood component with given quality criteria by using ANSA software. Objective :        The main goal is to create midsurface of the given component and to mesh the component using ANSA. Procedure : To create midsurface for the component to apply mesh. Before doing midsurface geometry checks is to…

Aim :        To extract midsurface and mesh the given component and to satisfy the quality criteria by using Hyperwork software. Objective :        To extract the midsurface of the surface component and apply mesh of element length 5 units. Procedure : Import…

Aim :        To mesh a plastic side door panel by using Hyperworks software and assign thickness property to the components. Objective :        To mesh side door component and apply mesh with thickness property and to satisfy the given quality criteria. Theory…

Aim :        To create connectors to connect the given components by using Hyperworks software. Objective :        To mesh and connect all the given components as it is asked to be connected and to connect the leftover by own. Procedure : To import the model to…

Aim :        To mesh the given component using Tetramesh and to check for the tet collapse in the Hyperworks software. Objective :        To mesh the components in 3D meshing by using Tetramesh option and to satisfy the given tet collapse value 0.15. Procedure…

Aim :        To mesh the hood component with given quality criteria by using Hyperworks software. Objective :        The main goal is to create midsurface of the given component and to mesh the component using hypermesh. Procedure : Choose the profile as optistruct and import the given component. To create midsurface for…

Aim :        To make mesh in the given component and to add three different elements with edge springs as per the given dimensions using Hyperworks software. Objective :        To attach the three different elements as per the given dimension and to the given…

                                   Forward Energy Based Fuel Consumption Model Of A Conventional Vehicle Aim :           To create a forward based fuel consumption model of a conventional…

                                            Control logic of a washing machine using state flow Aim :       To implement control logic of a washing machine using state flow as per the given…

                                                            Simulink model of doorbell by using solenoid block   Aim :       We are to create…

                                                                                 Rankine cycle simulator Aim :      …

                                                                       Parsing NASA Thermodynamic Data Aim :        …

                                                                            Genetic algorithm Aim :        To…

                                     Second order ordinary differential equation using Matlab Aim:         To solve second order ordinary differential equation by using the given values through…

                                Forward Kinematics Of 2R Robotic Manipulator Using MATLAB Aim:           To make a code using Matlab software to run forward kinematics of 2R robotic manupulator…