AIM:-   a) To extract the midsurfaces from the given geometrical. b) To create 1D elements (i.e., Rod, Beam & Bar) in the given component with the given cross-section and Degrees of Freeom. PROCEDURE:- Firstly, we have to import the geometry which is in the IGES format. Mid surface is the surface which in between…

Aim:-- To extract mid surface and get proper Mesh for the all the components. To achieve exact quality criteria as given in the question. Clean the geometry properly. PROCEDURE:-- 1) First import he model in appropiate formate. 2) Then visualize the model properly and do the required geometry cleanup and check for…

AIM:- To extract 3D tetra mesh using all the three methods. a) By CONVERTING 2D ELEMENTS to 3D ELEMENTS. b) By using QUICK TETRAMESH options. c) By using VOLUME TETRAMESH from 3d panel.   PROCEDURE:-  (By CONVERTING 2D ELEMENTS to 3D ELEMENTS) 1) First import the model in the required format. 2) Visualize the model and…

AIM:-- 1) Creation of 1D Connectors Challenge. PROCEDURE:-- 1) First import the model. 2) Check for Geometry cleanup if required and extract the mid surface. 3) Assign QUALITY CRITERIA. 4) Now Mesh the components using AUTOMESH (F12). Specify Element type and Size. 5) Check for failing elements, if any. 6) Assign CONNECTOR…

Aim:-- Extract the mid surface of the Rear Wheel Holder.   Procedure:-- 1) First Import the model. 2) Visualize the model properly. 3) Check for symmetry if it is there. 4) Extract the mid surface using following option. Auto extrcartion Manual mid-surface Using both. 5) Split the surface so that it will easy for…

AIM:-- 1) Mesh the following component and assign thickness.   PROCEDURE:-- 1) First import the model in the proper format 2) Visualise the model properly, do the geometry clean up if required. 3) DEFEATURE all the FILLET regions. 4) Now measure the thickness of the model because it is a plastic model, so it will…

AIM:-- For the given Hood model, Take the mid surface for all the components after checking the geometrical errors and mesh the mid surface with the given element Quality criteria. PROCEDURE:-- 1) First import the model in the appropriate format. 2) Then visualize the model properly. 3) After visualizing the model, you…

AIM:- For the given Plastic Bottle Cap model, check for the geometrical errors and take the mid surface by suitable mid surfacing techniques. PID and Thickness assignment has to be done for all the mid surfaces. Mesh the same with given element Quality criteria.   PROCEDURE:- 1) First import the model. 2) Visualize…

MODEL1 - AROUND 5HR without removing the issues MODEL2 - Around 6hr because I was having problem in extracting mid surface.  

AIM:-- For the given Rearview mirror component, check for the geometrical errors and mesh the Surfaces with the given 2D element Quality criteria given below.   PROCEDURE:--  First import the model in the required format Visualize the model properly Now, from the UTILITY bar, go for CHECK—GEOMETRY. It will…

I took 6 hr to complete this tool test plz check and review it I am not sure about .nas file  don't grade me on that .nas file  but .ansa file is proper 

AIM:-- The given Rear door FE model, Create and Apply different PIDs for different components and perform suitable connections. PROCEDURE:-- 1) Import the model in a suitable format. 2) The imported model is already meshed. 3) Now we have to segregate the model into different PID. 4) Now we have to deploy the connection.…

AIM:-- Perform morphing for the Model and Increase the Height of the Dog houses and Ribs. PROCEDURE:-- 1) First import the Model 2) Check for geometry cleanup. 3) Check for orientation it will help us in later stage while simulation of the model.  WHAT IS MORPHING? :-- ANSA encompasses a full-fledged Morphing menu…

AIM:-- 2D Meshing of Car Dashboard using ANSA ABOUT THE MODEL:-- A dashboard (also called dash, instrument panel (IP), or fascia) is a control panel set within the central console of a vehicle or small aircraft. Usually located directly ahead of the driver (or pilot),…

AIM:-- Meshing on the suspension Assembly Deploying connection Doing symmetry for other half Represent suspension spring as 1D elements   About the Model:-- Suspension system: This connects the wheels to the chassis and uses springs, shock absorbers, link bars and control arms to cushion impact and allow relative…

AIM:-- To carry out 2D meshing for Practice  Clip Repair Mounting Bracket OBJECTIVE:-- Import the CAD Cleanup the geometry Extract the mid-surface for the geometry Meshing the Model as per quality Improve the mesh quality Assign thickness to the mid surface   PROCEDURE:-- Import the model first Visualize the model thoroughly…

QUESTION :-- 1) Check the material properties of the rail component and calculate the speed of sound in steel rail  ANS:-- ρ= 0.0078 g/mm^3             E= 210 Pascal             C (speed of sound)= √ρ/√E=5188.745217 m/s 2) The…

AIM:-- 1) Run the simulation with the default property card (CASE 1) 2) Changing the property card ( CASE 2) 3) Comparing CASE 1 & CASE 2 PREREQUISITE:-- ELEMENT FORMULATION  1D:- Includes SPRING, TRUSSES, BEAMS. 2D:- Includes shell elements like QUADS, TRIAS. 3D:- Includes solid elements such as HEXA, TETRA elements.…

AIM:-- 1) To apply very cases as per the given questions 2) Run the simulation for every case and do the post-processing. 3) Compare all the cases.   PROCEDURE:-- CASE-1 ( RUN THE SIMULATION WITHOUT DOING ANY CHANGES)   1) Import the model by IMPORT--SOLVER DECK. 2) choose the 0000.rad file and hit Import. 3)…

AIM:-- 1) To deploy 2D shell on BUMPER component with target size as 6mm. 2) To change the various parameter for the crash tube as per the question. 3) Do the post-processing (Plot graph and compare each case). PROCEDURE:-- (BUMPER MESHING) 1) Import the model 2) Do the geometry cleanup if needed. 3) Connect the middle…

Aim: To perform a Frontal crash simulation challenge. Following steps should be followed Create an appropriate interface, friction 0.2, and recommended parameters. Make sure of no penetrations and intersections. Correct rigid bodies if any issues. Create a rigid wall with friction 0.1. Compare the model weight with the…

Aim:-- Side Pole Crash Simulation Challenge Create an appropriate interface, friction 0.2, and recommended parameters. Make sure of no penetrations and intersections. Correct rigid bodies if any issues. Create a cylindrical rigid wall with friction 0.1. Compare the model weight with the full-scale 300k nodes model and…

YACHT ASSEMBLY   RADAR MAST  

MODELING OF AMERICAN CHOPPER ON SOLIDWORKS       INTRODUCTION:       In this project, we are to learn the entire modeling of an American chopper on solid works and solid works visualize. The different components of the motorcycle we deal with are: Chassis Engine with exhaust system Front-wheel…