Week 12:Project 2-Meshing of Rear Wheel Holder challenge

AIM: To solve F(u) = u3+9u2+4u  using both Explicit and Implicit Methods ( have a tolerance of 0.001).   COMPARISON BETWEEN IMPLICIT AND EXPLICT:   Explicit and implicit methods are used in numerical analysis for finding numerical approximations to solve solutions of time-dependent ordinary and partial…

 AIM: To convert the given data to the specified unit systems.  PROCEDURE: SYSTEM MASS (1kg) LENGTH (1m) TIME (1s) FORCE (1N) STRESS (1Pa) ENERGY (1Nm) DENSITY (1Kg/m3) YOUNG'S Modulus  (210GPa) Velocity (56.33KMPH) GRAVITY (9.8m/s2) Kg cm ms 1   (cf=1) 100 (cf=10^2) 1000  (cf=10^3)…

I have attac hed drive link of the model due to the high file size. CAD MODEL GOOGLE DRIVE LINK: https://drive.google.com/file/d/1rK1mSrP72XM5VYibQcXrQSOccx1jrAuZ/view?usp=sharing   OBJECTIVE: To check for the geometrical errors and mesh with the given element Quality criteria using align manager. And to…

OBJECTIVE: To perform morphing operation on the given components. CAD MODEL IMAGES:   PROCEDURE: MODEL 1: The given model is imported by the open model command. The model is checked for geometrical errors first.  Now the morphing boxes are created for the various regions from the morphing deck.   Now…

OBJECTIVE: To create connections between the components of the back door. MODEL IMAGE: PROCEDURE: The given model of rear view mirror is imported by the open model command. PIDs are created for the various components.  RBE2 connections are deployed where bolt holes are present on a single component. For deploying…

Meshing of the Surfaces with the given 2D element Quality criteria given and meshing of the volumes with tetra elements within the given quality criteria was successfully done.

OBJECTIVE: To check for the geometrical errors and mesh the Surfaces with the given 2D element Quality criteria given and to use tetra elements to mesh the Volumes defined in the model and check for the below quality after Volume meshing. CAD MODEL IMAGE: PROCEDURE: The given model of rear view mirror is imported by the…

The midsurface generation and meshing of the given components are done successfully.     Errors in switch panel mesh: Mesh is failing in certain regions as the edges of intersecting components are too close to each other.

OBJECTIVE: To extract the mid surface for all the cap model after checking the geometrical errors and mesh the mid surface with the given element Quality criteria. CAD MODEL IMAGE: PROCEDURE: The given model of the cap is imported by the open model command. The model is checked for geometrical errors first.  Now…

OBJECTIVE: To extract the mid surface for all the components after checking the geometrical errors and mesh the mid surface with the given element Quality criteria. CAD MODEL IMAGE: PROCEDURE: The given model of the hood is imported by the open model command. First, we will be performing mid-surfacing and meshing…

OBJECTIVE: To Follow the Quality Criteria and mesh the given sheet metal component and assign thickness to the components. CAD MODEL IMAGE: PROCEDURE: The given model of the wheel holder is imported by the import model command. The given component is divided into 2 parts for generating mid surface separately. Now…

OBJECTIVE: To Follow the Quality Criteria and mesh the given plastic component and assign thickness to the components. CAD MODEL IMAGE: PROCEDURE: The given model of the side door plastic is imported by the import model command. The given component is divided into six parts for generating mid surface separately. Now…

OBJECTIVE: To Perform mesh generation on the given components according to the given quality criterias and also to create connectors as mentioned. CAD MODEL IMAGE: PROCEDURE: The given model is imported by the import model command.   Mid surfaces of the component is already extracted so we can proceed to…

MODEL 1: OBJECTIVE: To create a tetramesh for the given housing component by 2D to 3D conversion method.   CAD MODEL:   PROCEDURE: This model consists of 2 components. So, tetrameshing of the components are done separately. First, the solids are deleted by delete command. Now the first component is selected for…

  OBJECTIVE: To Perform geometry clean-up, mdsurfacing and mesh generation on the given components. CAD MODEL IMAGE: PROCEDURE: The given model of the hood is imported by the import model command. To visualize the number of free edges, the model is viewed in wireframe geometry. Through this, we can see all…

OBJECTIVE: To mesh the given component with the Size of 5 Units and create 1D elements on the following component with the given cross-section and DOF. CAD MODEL IMAGE:  PROCEDURE: 1. Import the given model of the parallel bracket by import geometry command. 2. Create mid-surfaces for components 1 and 2 by mid-surfacing…