Week 4- Meshing of Backdoor Challenge

Aim: to take the mid surface and mesh it. Provided below are the quality parameters that you have to follow. Target Element size - 5 Units S.N Quality Criteria  Value  1 Aspect Ratio  5 2 Skewness 45 3 Warping 15 4 Taper      0.5 5 Min. Length 3 Units 6 Max. Length 7 Units 7 Min angle Quad…

OBJECTIVE: mesh the component given below and assign thickness: Target Element Length = 5 Units. this is the quality criteria which has to be maintained in meshing of hood panel. PROCEDURE: Open the hypermesh software,import the model. after importing the model,click the F key to get the view of the component imported.…

objective: to make midsurface from the given model,mesh it,make rod,bar,and beam with given details create rbe2 elements in the holes as per the given data. Mesh the Given component with the Size of 5 Units. Create 1D elements on the following component with given cross-section and DOF a. Rod element:- Translational…

AIM: to prepare mesh elements without mid surfacing the parent model. PROCEDURE: to clean the parent model,with checks geometry,try to autofix if didnt work then go manually after cleaning up the geometry input the quality critriea,do casting after casting fe is obtained try to work manually in some areas which do not…

OBJECTIVE: To do good mesh after mid surfacing the parent geometry. PROCEDURE: Take the cad model. check the geometry for any errors like triple cons,sharp edges,missing faces,etc if there any geometry errors try to autofix it, if didn't work go manually check the thickness of the model  create mid surface with offset…

AIM: to create a 3d meshing. PROCEDURE: check for any geometric error if there is geometric error clear automatically and perform manual cleanup if not possible by auto do meshing with orthotrias or trias after meshing define volume and set pid set  collapse quality criteria  create 3d mesh RESULT: after following…

OBJECTIVE: to do a proper mesh after taking mid surface with given quality criteria. PROCEDURE: open the cad model in ansa software. check for any error using checks geometry. take midsurace. input quality parameters. do meshing. check for any quality fails. correct mesh with no quality fails. avoid trias on edges or perimeters.…

AIM: to do the mid surfacing and meshing for the given plastic model PROCEDURE: open the given plastic model in your ANSA software check for any  geometric errors using checks geometry if any error persists try to fix it automatically if possible, or else proceed manually check the thickness of the model in plastic…

AIM: To do a good mesh in given sheet metal components PROCEDURE: first to do a geometry check fix geometry errors  measure the thickness do a midsurfacing make a mesh in mid surface do adjustments to make a good mesh flow LEARNING OUTCOMES: to do midsurface,mesh and to do mesh improvements CONCLUSION: ansa software…