Week 3 - Solving second order ODEs

PROJECT - 2   Meshing on the suspension Assembly   AIM : To perform meshing operation following the given quality criteria and to create appropriate connections to the parts of the assembly . Quality criteria : Quality criteria for Surface Meshing of Non Uniform thickness components other than Tyre and Rim (Element type:…

CREATING  CONNECTIONS  ON  REAR  DOOR   AIM : To create the appropriate connections between various parts of a door using ANSA in  NASTRAN Deck ( preparing a part for simulation in NASTRAN  TOOL).   PROCEDURE : Import CAD geometry. Differentiate the whole CAD into different components…

Time taken for solving the model is about 6hrs

Model-1 time taken upto 6 hrs 30mins Model -2 time taken upto 4hrs

SOLID MESHING (VOLUME MESH) ON REAR VIEW MIRROR USING ANSA   Aim : To create a solid mesh on a rear view mirror using ANSA (Volume meshing) by following given Quality criteria . Quality Criteria Shell Mesh Volume mesh Min. Length 0.5 _ Max. Length 2 _ Avg. Length 1 _ Tet. Collapse _ 0.2    Procedure : Import…

2D-MESHING ON A BOTTLE CAP (PLASTIC COMPONENT) USING ANSA Aim :             To create a 2D mesh on a Bottle cap(Plastic component) using ANSA with given quality criteria.                                                                                                                                  …

                                           2D-MESHING ON A CAR HOOD USING ANSA Aim :             To create a 2D mesh on a hood (sheet metal component) using…

Report Aim: To create a simulink model of a door bell using te solenoid block Theory: The most important part of a door bell is its magnetic motor. The magnetic motor constitutes a conventional electromagnet. We know that an electromagnet is an arrangement in which a coil of wire is wrapped around magnetic material which…

                                        Solving second order ODE using MATLAB Introduction:  A second-order derivative is a derivative of the derivative of a function. It is drawn from the first-order derivative. So…