AIM: To create 1D elements in the given model with respect to the specified parameters. OBJECTIVE: To create Rod elements of Box cross section as per the given dimension in the specified location with only translation DOF and RBE2 link. To create Beam element of I cross section as per the given dimension in the specified…

OBJECTIVE: The key objective of this project is to extract the separate mid surfaces, perform topology cleanup and mesh the given hood components by maintaining the below specified quality criterions for the mesh. PROCEDURE: MID SURFACE EXTRACTION 1. Import the provided stp model to Hypermesh and delete the solids from…

MESHING OF HOUSING COMPONENTS. OBJECTIVE: The objective aims to mesh with 3D tetra elements by creating 2D shell elements for the provided housing components by maintaining the below mentioned quality criteria. Min. Element size – 2mm, Target Element size – 5mm, Max. Element size – 7mm (For 2D shell elements)…

OBJECTIVE: The objective of this project is to connect the frame assembly components by applying different connectors at various locations as shown below. PROCEDURE: 1. Open the provided assembly model in Hypermesh and and change to by Topo mode. Fig: Imported Model. 2. Mesh all the components with mixed type elements…

MESHING OF SIDE DOOR TRIM OBJECTIVE: The objective of this project is To mesh the side door according to the given quality criteria by extracting midsurface and performing topology cleanup for the same. To assign the thickness for the meshed components as per the model.   Fig: Quality criteria. INTRODUCTION:…

MESHING THE FLOOR PANEL OF AN AUTOMOBILE   OBJECTIVE: The key objective of this project is to mesh the floor panel of an automobile according to the specified quality criteria by extracting the midsurface and to assign the thickness for the meshed floor panel. Fig: Quality criteria.   PROCEDURE: 1. Import the…

                                                            2D MESHING OF A PLASTIC BOTTLE CAP BY EXTRACTING MANUAL MIDSURFACE USING ANSA AIM: To Extract the mid surface…

MESHING OF AN AUTOMOBILE HOOD USING ANSA  AIM: The project aims to carry a topology cleanup for the given hood of an automobile. To extract the mid surface and mesh those with 2D shell elements by maintain the specified mesh quality criteria. To assign the thickness and material for the meshed Hood components.  …

                                                                    CONNECTING THE REAR DOOR ASSEMBLY OF AN AUTOMOBILE FOR NVH ANALYSIS AIM: The objective…

                                       GEOMETRY MORPHING (BOX MORPHING) OF SHEET METAL COMPONENT AND AN AUTOMOBILE HAND REST USING ANSA AIM: The aim is to change the shape of the geometry and features of the sheet metal…

              MESHING COMPARISON OF A SHEET METAL COMPONENT USING MANUAL MESHING, BATCH MESHING AND CASTING METHOD IN ANSA.   AIM: The aim is to mesh the component using manual meshing, Batch meshing and casting methods according to the below mentioned quality parameters and to compare…

                                                                             2D MESHING ON THE AUTOMOTIVE INSTRUMENTAL PANEL…

                                                    MESHING OF A REAR WHEEL ASSEMBLY OF AN AUTOMOBILE BY DEPLOYING CONNECTIONS FOR NVH ANALYSIS   AIM: The project aims to clean up and mesh…

                                                                                         MESHING…

                                                          EDITING OF ENGINE FILE AND 3D MESHING (TETRA AND HEXA) OF COMPONENTS OBJECTIVE: To calculate the speed of the sound through…

                                               COMPARISION OF RESULTS WITH BASE SIMULATION AND IMPROVED SHELL ELEMENT PROPERTIES AIM: The aim is to run the simulation on crash beam model by entering the…

                                                       COMPARISON OF DIFFERENT MATERIAL MODELS BY CONSIDERING THE RESULT OF THE SIMULATIONS AIM: To assign the different material models…

                                                                                      RADIOSS INTERFACES…

                                                                               FRONTAL CRASH ANALYSIS OF AN AUTOMOBILE BIW…

                                                                                     SIDE CRASH ANALYSIS…

                                             ROOF CRASH ANALYSIS OF A PASSENGER CAR BIW FOR VEHICLE SAFETY AS PER FMVSS 216 STANDARD   AIM: To study and validate the structural integrity and safety level…

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Both implicit and explicit methods are dedicated to solve dynamic events which has incremental loads. The dynamic governing equation can be given by                          [M] {x’’}…

                                                                                                                                    PHONE DROP TEST  Objective: The objective of this project is to create a input deck from the scratch inorder to perform and analyze a free fall of a phone on conctete floor. Procedure: Step:1…

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