AS5

Objective: The aim is to analyze the side crash of a given model Case Setup and Execution:  As per the requested details, the following steps are to be performed for side crash analysis. 1. Checking the units of a given model 2. A type 7 Multi usage contact interface is defined by selecting appropriate master and…

Objective: Frontal Crash analysis of a car body when it hits a rigid wall with the given parameters Case setup and Execution: 1. Firstly the units are verified as per given units. 2. To avoid the late analysis time, all the given contact interfaces are removed and a new Type 7 multi-usage contact interface is applied all…

Creating a mesh with element size of 6mm for bumper as showen   CASE 1: Given module is set to solve without any chnges in given parameters. Internal Energy  CONTACT FORCES ENERGY AND MASS ERROR   RIGID WALL FORCES   Max. Contact force = 9.345E1 N Max Internal Energy = 42000 J Cycles = 83600 Error %…

1. The energy, mass errors, total time and cycles case 1 CASE 2 CASE 3 CASE 4 CASE 5 CASE 6   CASE 7   2. ANIMATIONS OF ALL CASES CASE 1 CASE 2 CASE 3 CASE 4 CASE 5 CASE 6   CASE 7 COMPARING ALL ANIMATIONS: The summary of all cases defines that the elements are failed under their maximum strain rate. In…

Objective: To compare the simulation results without and with adding given properties   Images of simulation without properties   Images of simulation with adding properties:   Comparision between simulations: S1 DISP = 762 mm V Stress = 350Mpa   S2 DISP = 373 mm V stress = 350 MPa In the energy error…

1. Checing the material properties of the rail component and calculate the speed of sound in 0.192steel rail   Desnity = 0.0078 E = 210000 by changing the units we get the speed = 5188.7 mm/s   2. Given l=1000mm     Time taken by shock wave = 1000/5188.7 = 0.1927s   3. Time for the sound to travel…

objective: 2D MESHING OF GIVEN GEOMETRY PROCESS STEPS: 1. Firstly, we need to look up the import model option and import the model into graphics are 2. The imported model is then looked for any untoggled or non uniform edges which are to be toggled using toggle edges option. 3. After the geometry is clear, the midsurface…

VALUE BODY MODEL   DRAFTED SHEET   SHAFT MODEL DRAFT SHEET   RETAINER PLATE MODEL DRAFT SHEET   DISC MODEL   DRAFT SHEET   NUT MODEL DRAFT SHEET     LEVER MODEL   DRAFT SHEET   ASSEMBLY MODEL   DRAFT SHEET

https://drive.google.com/open?id=10uFDIYDM32Wy8czfAMLYwWXCmdjIuFmH

1.Grid Dependency:            Grid dependency is most likely the results are dependent on the size of mesh.  The results are dependent on size and quality of mesh. As the element size decreases, we get better accurate results. Finer the mesh, the accurate the results…

                         SIMULATION OF CAR CRASH Analysis Procedure:   Firstly, we need to Export the explicit analysis and select structural steel NL material. After importing the geometry, The…

PENETRATING BULLET THROUGH BUCKET   Analysis Procedure:               Firstly we have to select the three non linear materials that are to be analyzed.(NL Al, NL Cu, NL Mg). Now, the model is imported into space claim. In mechanical module, the parts…

TENSILE AND TORSION TEST TENSILE TEST   Firstly, we need to import the geometry into ansys workbench. As the analysis is carried using STEEL 1006, it is selected from engineering data sources. In mechanical module, we are not worried about the contact regions. For finer meshing we need to define some duplicate coordinate…

EXPLICIT ANALYSIS OF PLANAR WORKPIECE CUTTING   PROCEDURE   Firstly, we need to import the geometry into ansys workbench. From engineering data sources, STEEL 1006 is selected to assign it to workpiece. In mechanical module, after renaming the parts, STEEL 1006 is assigned to workpiece. The default contact region…

TRANSIENT STRUCTURAL ANALYSIS OF WORM GEAR   Procedure:    Firstly, we need to import the geometry into Ansys Workbench. As the analysis is carried using structural steel, the default material is selected. For the model to run in academic version, the geometry is divided into two halves by a plane and cut…

Transient analysis of Universal Joint   Procedure: Firstly, we need to import the geometry into Ansys Workbench. Three different materials STRUCTURAL STEEL, STAINLESS STEEL and TITANIUM ALLOY are extracted from the engineering data sources. For spring joint, analysis is carried using these three different materials…

                Analysis of Long Piston with Cam   Procedure:          Firstly, we need to import the geometry into ansys workbench. As the analysis is carried in structural steel, default option is selected…

                    Sphere Pressing Analysis Analysis Setup:  Firstly we need to import the model from system into Ansys workbench and open the space claim. Now we are going to assign structural steel NL material to plate.…

                    WIRE BENDING ANALYSIS   Analysis Setup:          Firstly, we need to import the given model into Ansys Workbench. As the analysis is done in three different materials…

                     Rolling copper specimen Procedure:     Firstly, we nee to import the given geometry into ansys workbench. As we are dealing with copper specimen we need to extract copper NL alloy from…

                                  WELD JOINTS ANALYSIS Procedure: The given structure is imported into ansys workbench and required materials are selected…

                            Rail wheel and track Simulation:             The geometry is imported from the files and the parts are…

Case 1: Ductile Cast Iron Total Deformation: FStress Intensity: Case 2 Cast Steel: Total Deformation Stress Intensity Case 3   Cast Bronze: Total Deformation: Stress Intensity:   Objective 2: Analysis of spur gears using different materials: Materials Used: In this analysis we used  Ductile Cat Iron, Cast…

           ANSYS CH 1 FIGURE 1 MAX DEFORMATION: 0.015557 MAX STRESS           : 0.53215    FIGURE 2 MAX DEFORMATION : 0.0002969 MAX STRESS           : 0.55432   On comparing both the stress and deformation…

PHOTOVIEW 360

GAS TANK https://drive.google.com/open?id=1nsQsz_bbhnhARVu12KFRZsciOtGIYCzl ASSEMBLY https://drive.google.com/open?id=1D-9czfSUMclGdR9R3_OXWDFtA5e6scpG