Week 4 - Genetic Algorithm

Aim:-          To Design a front fender from the given skin data and the master section provided with Drip mounting, A-pillar, Sill, Bumper and Baffle (splash) Mounts.   Description:-          From the Given skin data to create the mountings of the fender with…

AIM:-      To calculate the section modulus of the hood design and to increase the section modulus of the hood from the previous  calculated value.   SECTION MODULUS:-        Section modulus is used to calculate the bending stress in a structural member. It is a direct measure…

AIM:-        To Design Hood Outer Panel, Inner Panel and the necessary reinforcements by following the Master Section mentioned with the Design parameters explained in the videos &  detailed report about the Hood Design which includes a detailed explanation about hood and its components,…

AIM:-              To create an A pillar design along with the engineering feautures given in the master section. DESCRIPTION:-               Picture of the sketches with Sketch solving status’s geometry tab. Picture of the Detailed tree structure.               Picture of the 3D CAD.   Steps followed:- 1)Checked the given Class A surface for any discontinuity surface. 2)Created the tooling axis. 3)Done Draft analysis for Given class A with created tooling axis. 4)Created Class B surface which is offset from class A. 5)After created Class B surface, Created Class C surface on the ClassA with respect to the tooling axis and reference surface. 6)Joined the Class A with created C surface. 7)Finally trimmed the Class B with Class(A&C)join. 8)Used boundary command to check the closed surface. 9)Draft analysed the created Closed A pillar and checked it with master section thickness. 10) Created the seperate Main tooling axis & side core tooling axis for doghouse with respect to its mastersection. 11)Created the doghouse with respect to the mastersection. 12)Did draft analysis with both Main tooling axis and Side core tooling axis.          

AIM:-           To develop a door trim panel with the given  inputs and to create engineering features with the given master section for the attachment of components. DESCRIPTION:-  To create a thickened part using master section reference.  To create the mounting features as…

AIM:-           To Create the Door Trim Lower Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model & Create the Heat Stakes and the locators…

    AIM:-              To Create the Dog House for the Door Trim considering the design rules mentioned in the video. Consider the thickness of the part to be 2.5 mm. Description:- <!-- [if !supportLists]-->·        <!--[endif]-->Doghouse wall thickness at the intersection of the part wall (C) is 40% or less…

AIM:-             To Create the rib for the Drill Handle &  Screw boss considering the design rules mentioned in the video. DESCRIPTION:-  Used Positioned sketch. Sketches are Iso-Constrained. Ensured Proper Tree Structure. Geometrical sets had a proper name based on the sketches present inside of it. All the sketches…

AIM:-                     To Create the Bumper Plastic component through the given Class-A surface. To begin with the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis…

AIM:-                To Create the Switch Bezel Plastic component through the given Class-A surface. To begin  with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model. The  thickness of the component to be 2.5…

AIM:-                           To create the Base Bracket Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end…

AIM:-           To Create Part Body & Assembly for the given drawings also using Drafting tools to create 2D drawings of the Part Body as well as Assembly.DESCRIPTION:-             All the attached files are created as per dimensions given in the drawing & Required constraints are given for the Assembly of the Part Body. …

AIM:-                TO RUN THE SIMUATION OF VELOCITY 25m/s WITH THE DEFAULT AIR PROPERTIES IN THE FLUENT OVER THE AHMED BODY.   OBJECTIVES: - To Describe Ahmed's body and its importance. To Explain the reason for the negative pressure in the wake region. To Explain the…

AIM:-          To simulate the flow over a cylinder and explain the phenomenon of karman vortex street.   OBJECTIVE: - To calculate the co-efficient of drag and lift for the given reynolds number in both steady and un-steady state simulation. Discuss the reynolds number with respect to…

Aim:-      To simulate the flow of air through a mixing tee to understand the effect of length with respect to the momentum ratio of velocity of mixing air by using two types of pipe(i.e. short and long tee pipe)   Description: -      Mixing tee is a type of mixing mechanism.…

AIM: -             TO DERIVE THE FOURTH ORDER APPROXIMATION OF A SECOND ORDER DERIVATIVE FUNCTION FOR THE THREE DIFFERENT SCHEMES (CENTRAL DIFFERENCE SCHEME, SKEWED RIGHT&LEFT SIDED DIFFERENCE SCHEME)   TO FIND: - CENTRAL DIFFERENCE SKEWED RIGHT-SIDED DIFFERENCE…

AIM :-           TO WRITE A CODE IN MATLAB TO PARSE THE NASA-THERMODYANIC FILE AND TO CALCULATE THE THERMODYNAMIC PROPERTIES(SPECIFIC HEAT, ENTHALPHY,ENTROPHY) AND MOLECULAR WEIGHT AND MAKE PLOTS FOR THE VARIOUS SPECIES. OBJECTIVES: -          1.  TO WRITE  A FUNCTION THAT EXTRACTS THE 14 CO-EFFICIENTS OF THE GIVEN SPECIES.…

AIM:         To optimise  the stalagmite function and find the global maxima of the function. ABOUT GENETIC ALGORITHM:             In compter science and operations research,  a genetic algorithm (GA) is a metaheuristic inspired by the…

OBJECTIVE :                      TO UNDERSTAND THE BEHAVIOR AND MOTION OF THE SIMPLE PENDULUM USING MATLAB.   INTRODUCTION :     A pendulum is a weight suspended from a pivot so that it can swing freely. When a pendulum is displaced sideways from…