Week 9 - Project - Master Section Development

1 – What is the full form of OEM ?      OEM means Original equipment manufacturer these are the companies which owns the entire vehicle responsibility , design control of the vehicle. EX : Lear,Fiat,Adient,Magna,Tata Motors,Maruti Suzuki etc.         2 –…

UNDERBODY COATING:   A car’s underbody is exposed to the most wear and tear caused by muddy water, potholed roads, stones and other obstacles on the road. Because it’s not in plain sight, we often do not see the damage.so we require Underbody Coating which provides long term corrosion protection / resistance…

What is BENCHMARKING?   BenchMarking Involves a structured comparison between similar services of a different product.It can be used to compare the availability and additional features in a product and in this form it will provide the customers satisfaction and also feedback,based on which we can improve our service…

Title: Advanced sheet metal design using SIEMENS NX CAD -Bracket   OBJECTIVE: To design a Bracket in Siemens NX Cad with the sheet metal commands.   INTRODUCTION: SHEET METAL:   Sheet metal is a metal formed by various processes into thin,flat pieces.A metal sheet whose thickness is 6mm is called sheet metal…

Title: Advanced sheet metal design using SIEMENS NX CAD -ODD SHAPED ENCLOSURE.   OBJECTIVE: To convert the solid body or parametric body into a sheet metal part using NX CAD.   INTRODUCTION: SHEET METAL:   Sheet metal is a metal formed by various processes into thin,flat pieces.A metal sheet whose thickness…

Title: Advanced sheet metal design using SIEMENS NX CAD -Box Assembly.   OBJECTIVE: To design a Box Assembly in Siemens NX Cad with the sheet metal commands.   INTRODUCTION: SHEET METAL:   Sheet metal is a metal formed by various processes into thin,flat pieces.A metal sheet whose thickness is 6mm is called…

Title: Advanced sheet metal design using SIEMENS NX CAD - CASING DESIGN.   OBJECTIVE: To design a CASING DESIGN in Siemens NX Cad with the sheet metal commands.   INTRODUCTION: SHEET METAL:   Sheet metal is a metal formed by various processes into thin,flat pieces.A metal sheet whose thickness is 6mm…

AIM: To create a Solid 3D DOOR ARM REST from a given CLASS A SURFACE. OBJECTIVE:The objective is to create a Solid DOOR ARM REST from a given CLASS A SURFACE. following design rules.  CLASS A SURFACE: CLASS B SURFACE: CLASS C SURFACE: TOOLING AXIS: SOLID DOOR ARM REST: TOOLING AXIS CREATION: Master Section is…

AIM: To create AUTOMOTIVE DOOR TRIM Panel with the Engineering Features. OBJECTIVE:The objective is to create a Door Trim from a Master Section along with the B- SIDE FEATURES following design rules.  INTRODUCTION: It is an interior plastic part having engineering features that will locate or seats on the exterior…

AIM: To create a Solid 3D B PILLAR from a Master Section along with B - SIDE FEATURES. OBJECTIVE:The objective is to create a Solid 3D B PILLAR from a Master Section along with the B- SIDE FEATURES following design rules.  MASTER SECTION: It is a process or technique in which feasibility,clearance,fixation,Environment…

AIM: To create a Solid COIN HOLDER from the given Class A Surface as Input. OBJECTIVE:The objective is to create COIN HOLDER using Class A Surface along with draft analysis and following the OEM Design standards INPUT CLASS A SURFACE:   CLASS B SURFACE: CLASS C SURFACE:   SOLID BODY :     TOOLING AXIS…

AIM: To create a Solid APPLIQUE  from the given Class A Surface as Input and create Engineering features for location and fixation by using Heat staking technique. OBJECTIVE:The objective is to create  APPLIQUE using Class A Surface along with draft analysis and following the OEM Design standards. CLASS A SURFACE:…

AIM: To create Engineering feature RIBS on the Coin Holder from the given Class A Surface as Input. OBJECTIVE:The objective is to create Engineering feature RIBS on the Coin Holder using Class A Surface along with draft analysis and following the OEM Design standards. CLASS A SURFACE :   CLASS B SURFACE: CLASS C SURFACE:…

AIM: To create a Solid SWITCH BEZEL from the given Class A Surface as Input. OBJECTIVE:The objective is to create SWITCH BEZEL using Class A Surface along with draft analysis and following the OEM Design standards. INPUT CLASS A SURFACE: CLASS B SURFACE: CLASS C SURFACE SOLID BODY:     TOOLING AXIS CREATION:…

AIM: To create a CORE & CAVITY for the Solid COIN HOLDER from the given Class A Surface as Input. OBJECTIVE:The objective is to create CORE & CAVITY for the COIN HOLDER using Class A Surface along with draft analysis and following the OEM Design standards. INPUT CLASS A SURFACE CLASS B SURFACE CLASS C SURFACE OUTPUT…

AIM: To create a Solid COIN HOLDER from the given Class A Surface as Input. OBJECTIVE:The objective is to create COIN HOLDER using Class A Surface along with draft analysis and following the OEM Design standards INPUT CLASS A SURFACE:   SOLID BODY :     TOOLING AXIS CREATION: Class A surface is first analysed…

AIM: To create a Solid Base Bracket from the given Class A Surface as Input. OBJECTIVE:The objective is to create BASE BRACKET using Class A Surface along with draft analysis and following the OEM Design standards. INPUT CLASS A SURFACE:   SOLID PART BODY:   TOOLING AXIS CREATION: Class A surface is first analyzed…

Project1:  Part Modelling,Assembly And Photo-Realistic Rendering Of American Chopper. OBJECTIVE: To do the part modelling of all parts of American Chopper in solidworks. Get the knowledge of how to assemble all the parts in solidworks. Do the photo realistic rendering of the chopper in solidworks.   Introduction:…

Draft Analysis: Every part or surface in the mould should posses a draft angle with respect to the tooling axis to eject easily from the mould and also to avoid the friction because of which there might be a poor surface finish. Each surface in a geometry will posses some draft angle but for those surfaces whic don't have…

PART MODELLING OF YACHT , ASSEMBLY AND PHOTO - REALISTIC RENDERING OF THE YACHT: AIM To model the sunseeker predator yacht using SolidWorks Software. OBJECTIVE: Modelling of all the parts of yacht and assemble the same. Learn how to setup the blueprints for modelling of parts. Understand the concepts of surface modelling…

Problem Statement: Derive the following 4th order approximations of the second-order derivative.  1. Central difference 2. Skewed right-sided difference 3. Skewed left-sided difference After deriving these schemes, prove that your skewed schemes are fourth-order accurate i.e the thumb rule given in HINT (ii). …

Problem Statement:  1. Write a function that extracts the 14 coefficients and calculates the enthalpy, entropy and specific heats for all the species in the data file. You will be reading this file NASA thermodynamic data(Tip: use fopen and fgetl).  The FIRST 7 coefficients are HIGH-temperature…

Problem Statement:  Write a code in MATLAB to optimize the stalagmite function and find the global maxima of the function. Clearly explain the concept of genetic algorithm in your own words and also explain the syntax for ga in MATLAB in your report. Make sure that your code gives the same output,…

Problem Statement: 1.Write code to fit a linear and cubic polynomial for the Cp data.   2.Plot the linear and cubic fit curves along with the raw data points. Title and axes labels are a must, legends could be shown if necessary. 3. Write a code to show splitwise method. 4. Explain the parameters used to measure…

Aim : To Solve a Second Order Differential Equation And Animate Using Matlab. The second order Differential Equation                                               d^2(theta)/dt^2 + b/m * d(theta)/dt +…

Aim : To create a pv diagram for OTTO Cycle using Matlab. Description:The petrol Engine works on OTTO Cycle which is also know as constant volume cycle .                     OTTO Cycle consists of four processes: 1. Reversible Adiabatic Compression.      …

    Aim:To create an Animation representing the 2R-Robotic Arm within its workspace. Description:we can plot the two links L1,L2 by varying the angles with respect to their horizontal axis by manually.But to make an animation for a single L1 link angle and the relative motion for all  L2 link angle , we…