Q.1) OBJECTIVE- TO CREATE 1D ELEMENT PROCEDURE First phase of the element 1.1) First we import the model [Import<Import Geometry<Select the file type IGES], and click on import to import the model. 1.2) In this step we apply midsurface to the model [Command - Geometry<Midsurface<Auto midsurface < and click…

Q.1) ANSWER – OBJECTIVE – TO MESH THE HOOD AND ITS COMPONENTS ACCORDING TO THE GIVEN QUALITY CRITERIA.   PROCEDURE   1)- FIRST PHASE 1.1) The first step is to import the model [Import<Import model<and click on import to import the model]. (REFER IMG A) 1.2) There are four different components,…

Q.1) ANSWER –  OBJECTIVE – TO CREATE TETRAMESH FOR THE GIVEN COMPONENTS WITH THE GIVEN QUALITY CRITERIAS. PROCEDURE 1.1) First we import the given model. [Import 1.2) After the model is imported, we check for any geometry clean-ups to be done. We also check the topology to verify if we have free edges…

Q.1) ANSWER – OBJECTIVE – TO MESH THE GIVEN COMPONENTS AND ATTACH THEM USING SPECIFIC CONNECTORS. PROCEDURE FIRST PHASE OF THE COMPONENT 1.1) First, we import the given model [Command – Import<Import Model<Select the file to be imported<And click on import] [REFER IMG 1]  1.2) After the…

Q.1) ANSWER – OBJECTIVES - 1) TO EXTRACT THE MIDSURFACE OF THE COMPONENT.                     2)  TO MESH THE COMPONENT ACCORDING TO THE GIVEN CRITERIA’S.                     3) TO ASSIGN THICKNESS TO THE…

Q.1) ANSWER- OBJECTIVE- TO EXTRACT MIDSURFACE OF THE GIVEN COMPONENT AND TO PERFORM 2D MESH ACCORDING TO THE GIVEN QUALITY CRITERIONS. PROCEDURE- 1.1) First we import the model. [Command- Import<Import Geometry<Select file type=IGES<and click on import]   This is our imported model. 1.2) First we delete any…

Q.1) ANSWER- AIM- To extract the mid surface and then mesh the component with given quality parameters and assign the thickness on the hood component. OBJECTIVE- The given hood component has 4 components, but in the live session we have been told to work only on the Inner Panel. To assign the property on each part with…

  Conclusion- Extracted the midsurfaces and meshed both the models according to the given quality criterions. 

Q.1) ANSWER AIM- To do a pre-processing on the given Rear view Mirror component using ANSA. OBJECTIVE- To check for any geometrical errors in the model. To generate a 2D mesh on the component according to the given quality criterions. To generate volume mesh on the component using tetra elements. PROCEDURE- 1.1) Importing…

AIM- TO CHECK THE GIVEN MODEL FOR GEOMETRICAL ERRORS AND MESH THE SURFACES ACCORDING TO THE GIVEN QUALITY CRITERIONS. CONCLUSIONS-  Meshed the given model and none of the elements were failing for tet collapse. 

Q.1) ANSWER AIM- To perform Morphing techniques on the given model using ANSA. OBJECTIVE- To check for any geometrical errors in the model. To practice morphing techniques which were discussed in the week 8 video on the given Model -1. To morph the Model-2 by increasing the height of the doghouses and the ribs according…

Q.1) ANSWER- AIM- TO EXTRACT THE MIDSURFACE OF THE COMPONENT ALONG WITH ASSIGNING PROPERTY AND THICKNESS AND MESH IT ACCORDING TO THE GIVEN QUALITY CRITERIONS. OBJECTIVE- Import the cad geometry of the given model. Cleanup the geometry until no topological errors are found. Extracting midsurface of the geometry. Assigning…

Aim- The aim of this challenge is to convert the given SI unit values of given quantities to all different parameters  & also to prepare consistent unit system table for different unit system. OBJECTIVE:- The objective of this challenge is to convert the given values of the quantity to different system of…

  AIM:  To study about implicit and explicit method to solve engineering problems. OBJICTIVE:  As demonstrated in the PDF, F(u) = u3+9u2+4u we use this equation and solve using both Explicit and Implicit Methods with tolerance of 10-2. Explicit: As opposed to Implicit methods, explicit method is…

AIM:  To Create drop test simulation using LS-DYNA OBJECTIVE: Creating the LS-DYNA simulation for drop test.  In this problem, mobile is dropped on rigid base. The colliding distance is very close and mobile hits the surface with an initial velocity. The analysis is done from the instant mobile…

Aim: To perform a crash test of a crash box using Ls-Dyna. Objective:  To create a rigid wall in LS-Dyna Apply initial velocity of 50 kmph to the crash box. Run the simulation and compare results of crash box having thickness 1.2 mm and 1.5 mm respectively. The unit system followed is gm-mm-ms Plot the cross-sectional…