Week 3 Sheet metal Bending challenge

AIM: To perform explicit dynamic car crash simulation and parametric study using 3 different values of thickness for the car body. PROCEDURE: Open ansys workbench. Drop Explicit dynamic analysis system and rename it as car crash simulation.       Import geometry by browsing to the file location.    …

AIM: To perform the tension test on the given specimen using ansys workbench to find equivalent stress, Total deformation, and temperature of the specimen. To perform the torsion test on the given specimen using ansys workbench to find equivalent stress, Total deformation, and temperature of the specimen. PROCEDURE: TENSION…

AIM: To perform an explicit dynamic analysis on a bullet penetrating a bucket using ansys workbench with three different materials with the same velocity. PROCEDURE: Open ansys workbench and drop an explicit dynamics analysis system and rename it as bullet penetrating a bucket.       Add the required materials…

AIM: To perform explicit dynamic analysis for machining with planar and to find equivalent stress and total deformation. To find the temperature of the body by using user-defined results.  PROCEDURE: Drop an explicit dynamic analysis system and rename it.       Add steel 1006 explicit material to perform…

AIM: To perform iPhone bending test using ansys workbench. To determine the fatigue life for aluminum case. To find the safety factor of aluminum alloy NL. PROCEDURE: Create a static structural analysis system and rename it as iPhone bend test.       Open engineering data add aluminum alloy NL and polythene…

GRID DEPENDENCY TEST:                                  While performing finite element analysis one of the most common questions is finite element mesh quality. How can we know the mesh quality is good enough for the analysis? Mesh density…

AIM: To perform a rolling operation on a given copper workpiece. To find out directional deformation, equivalent stress, the equivalent plastic strain on the workpiece and to prove that the workpiece is displaced by 90mm during the simulation. PROCEDURE: Open ansys workbench and drag and drop a static structural analysis…

AIM: To perform a transient structural analysis on a worm gear assembly using ansys workbench. PROCEDURE: Open ansys workbench. Dropdown transient structural analysis system and rename it as worm gear simulation.       Import geometry by browsing to the file location.       Edit the geometry…

AIM: To perform transient structural analysis on the universal joint with three different materials. To obtain results for the simulation. PROCEDURE: Open ansys workbench and dropdown a transient structural analysis system and rename it as a universal joint. Browse to the file location and import geometry. Open engineering…

AIM: To perform the transient analysis on a piston and cam mechanism model with frictionless contact and frictional contact with a coefficient of friction of 0.1 and 0.2 and to compare the results obtained. PROCEDURE:      Transient analysis: Transient structural analysis is also referenced as flexible…

AIM: To perform the analysis to simulate a sphere pressing on a plate. To evaluate the results. To capture the plastic deformation in the model.     Plastic deformation: When a material is subjected to loading the material undergoes some deformation and when the loading is removed the materials don't regain…

AIM: To perform wire bending simulation using ansys workbench. To evaluate equivalent stress equivalent elastic strain developed in the wire during the bending operation for three given non-linear materials those are aluminum alloy NL, Copper alloy NL, and magnesium alloy NL. PROCEDURE: Open ansys workbench. Create a static…

AIM: To simulate different types of welding using three different materials. To find out directional deformation equivalent stress in each case and compare the results from three cases. Procedure: Open ansys workbench. Open static structural analysis system and rename it as weld verification.       Open…

Aim: To perform sheet metal bending simulation on aluminum alloy, Copper alloy, and magnesium alloy and comparing the results obtained from the three simulations. To perform the simulation for two different values of the coefficient of friction and comparing the results. To perform sheet metal bending simulation on aluminum…

  AIM: To perform structural analysis on Railwheel track and to find the equivalent stress, Total deformation, and life under give load cases and to find the deformation using an expression. Procedure: Open ansys workbench and drag and drop a static structural standalone system using the mouse.      …

OBJECTIVE: To perform structural analysis for the given spur gear geometry using Ansys workbench using three different materials to evaluate the equivalent stress and deformation and stress sensitivity developed due to applied boundary conditions and to find which material is more suitable for spur gear manufacturing.…

Objective: To determine the deformation and maximum stresses developed in the two given cases. To compare the results of the deformation and stresses of the two cases. Procedure: Open ansys workbench. Create a new project named " PLATE _WITH_ONE_HOLE" & create another project named "PLATE_WITH_THREE_HOLES". Open static…

AIM : To extract the midsurface of the given plastic component and a mesh the mid surface using quads as per the given quality criteria. To assign the thickness for the elements of the plastic component. Procedure: Import the geometry. Perform the topology rewiew and cleanup the geometry where the surfaces are undesired…

  Objective: To perform the surface mesh using trias and converting them to tetra mesh on the given components which are above a thickness of 5mm  To extract the mid surfaces of the given geometry. To assign the thickness  To mesh them according to the given quality criteria. To make necessary connections…

Objective: To extract the mid surfaces of the given geometry. To assign the thickness  To mesh them according to the given quality criteria. Procedure: Import the geometry.       Perform topo for the given geometry to stitch the surfaces each other.                …

AIM and Objective: To create a proper connection for the given FE model using Nastran DECK. To assign the PID and materials for the weld connection and respective PID's for the created connections. Procedure: 1. Import FE model.       2. First, create the connection between the weather liner and glass using…

Aim and Objective: To clean up the geometry. To mesh the given component according to given quality criteria using ortho trias and trias to capture the surfaces without any knicks and raised edges To perform the volume mesh after FE modelling the given geometry with tria elements and check-in the volume meshed component…

Objective: To extract the mid surface of the given component and mesh the mid surface based on the given quality criteria. To assign the thickness after meshing and checking the quality of the mesh. Procedure: 1. Import the geometry. 2. Perform geometry review. 3. Clean up the geometry using different surface editing options…

                                                          AMERICAN CHOPPER AIM AND OBJECTIVE: To sketch and design every exterior part of the chopper under a part modelling environment…

Aim and objective: The objective is to design and assemble various parts of the yacht using Solidworks. Introduction: The yacht includes both part modelling and surface modelling. The surface modelling is used up to 90% in the modelling of various parts of the yacht. Parts to be modelled: Propeller Radar Hull Garage Door…