AIM – Motion Study of INTERNAL GENEVA MECHANISM using Solidworks Motion Objectives – Our objective here is to do Motion Study of Internal Geneva Mechanism, while we vary the inputs in Motion Study viz. Creating 3D models for driver and driven wheels. Performing motion analysis by rotating the driver wheel at 10rpm and…

AIM – Motion Study of Epicyclic/Planetary Gear Set using Solidworks Motion Objectives – Our objective here is to do Motion Study of Planetary Gear Set while doing the following, Calculate the required values for the Planet gear. Creating 3D models of Sun, Planets, and Ring Gears and a Carrier for Planets. Performing…

AIM – Motion Study of Piston Assembly Gear Set using Solidworks Motion Objectives – Our objective here is to do Motion Study of Piston Assembly and Obtain the Linear displacement of the Piston Head. Calculate the required values for the Planet gear. 1 Modelling – As per the given video, we have created…

AIM – Motion Study of CAM valve assembly using Solidworks Motion. Objectives – Our objective here is to do Motion Study of CAM valve while performing following – Results Valve lift The Contact force between – CAM and Push Rod Pushrod and Rocker Arm Rocker Arm and Valve Creating 3D modles of –…

Aim - Using ODE (Ordinary Differential Equation) to describe the transient behaviour of simple Pendulum. Objective -  Our objective here is to write a code for solving a 2nd Order ODE to simulate the motion of a simple Oscillating Bob aka Pendulum. We have used the following data which was provided by Skill-Lync.…

Aim - Use MATLAB to optimise the stalagmite function and find the global maxima of the function. %Global maxima of the given function. clear all close all clc x=linspace(0,0.6,150); y=linspace(0,0.6,150); [xx yy]=meshgrid(x, y); for i=1:length(xx) for j=1:length(yy) input_vector(1)=xx(i,j); input_vector(2)=yy(i,j);…

Aim - External Flow Simulation of Flow Over a Cylinder. Objective - Simulate the flow over a cylinder for the conditions shown in the video. Calculate the baseline case Reynolds number.  Re = rho*U_inlet*D/mu D = cylinder diameter mu = dynamic viscosity rho = density Run a baseline simulation and then calculate…

Aim - Make a case study and understand that, how different angle of attacks affects the drag force and lift. Objective - Our objective here is to Modle an Airfoil and vary the angle of attacks from 0 to 10 with the difference of 2 units, and compare the Drag Force (Df) and Lift. Geometry -   Steps - Insert the text…

Aim - To understand how different vavle lifts affects presure and velocity inside the chamber. Objective - To do a case study on Mesh and identify the suitable mesh for the Flow Simulation, after that use different valve lifts and understand how fluid flows inside our geometry, and examine various parameters like, Pressure,…

Aim - To design a Centrifugal pump and simulate the Flow and obtain Pressure drop, Pressure Ratio and Mass Flow rate. Objective - To understand the relation between Pressure and MAss Flow rate. Geometry - Steps -   1. Select Flow Simulation. 2. For setting up the simulation we need to make our geometry water tight…

Aim - To make an Entire surface Models of Car Rims. Objective - Our objective here is to make surface models of the car rims, 1) Provided by Skill-Lync and 2) Anyone of Our Choice, Surfacing is to be done using Auto Desk ALIAS Introduction - Surfaces and Solids, in simple terms both, are just same but the core difference…

Aim – Concept Modelling of Front and Rear Car Bumper Objective – Our objective here is to use the 2-D images of the car and make a 3-D surface model of the bumper, by overall experience and visualization. Introduction – Since we know before production there comes concept models and scale models which…

Aim -  Concept Modelling of a Side fender and Front Bonnet. Objective – Our objective here is to use the images provided and make a 3-D surface model of side fender and bonnet, by overall experience and visualization. Introduction -  Automotive Designs, almost every time, are representation and imagination…

AIM - Concept modelling of a Steering Wheel. Objective - To achieve overall Volume of the Steering Wheel and trying to be as close as the reference image. We have modelled a Mercedes AMG Steering wheel based on our knowledge in the software, and have tried to achieve our objective as precisely as possible. Modelling…

Aim - Concept Modelling of Seat. Objective - To observe and experience the design of a Seat and then perform required processes/tricks to model the same. Some of the most important parameters of any car where comfort is taken care of, is Sitting, more specifically Seats. Seats plays a major role in comfort in fact its…

Aim – Concept Modelling of a KIA SPORTAGE CAR. Objective – To model the Car and apply various surface manipulating techniques and achieve good quality surfaces. We will make an entire model of KIA SPORTAGE, here we will be combining all the features and parts that we have made earlier viz. Front and Rear Bumper,…

AIM - Rendering in ALIAS Objective - Our objective here is to Render a KIA Sportage Car. We have made a surface model of Kia Sportage Fully and we then for more visualisation and impressive looks, we will now render it, fully rendered images are shown below - Conclusion -  After performing this we have gained…

Surface Modelling of Aston Martin One - 77 Car. Objective - Our objective here is to make a detailed surface model of Aston Martin One - 77 car. The Aston Martin One-77 is a two-door, two-seater flagship sports car built by the British car manufacturer Aston Martin. Its is a very beautiful…

Hood - The Hood/Bonnet is an opening body panel or BiW part, which covers the front of a vehicle It covers the engine room in case of the front-engine vehicles and luggage room in rear-engine ones A hood is similar to a door Commonly used materials in Hood - These materials are selected based on the required properties…