REPORT ON MODELLING SUN SEEKER PREDATOR YACHT OBJECTIVE: Design all the individual parts of yacht with suitable solidworks features. Assemble the individual parts by using standard mates in assembly environment. Render the assembly model by assigning the appearance features like decals, scenes and camera. Learn the different…

 MODELLING OF AMERICAN CHOPPER IN SOLIDWORKS  INTRODUCTION: The SOLIDWORKS software is a mechanical design automation application that helps to model 3D parts using 2D sketch.it has option to specify the material that which define the part. it also has the option to rendering of the model using solidworks…

                                              REPORT ON CASING DESIGN USING NX CAD OBJECTIVES: Design the sheet metal using NX CAD. Gain knowledege How to Utilise the different NX features and their applications.…

                                                               REPORT ON BOX ASSEMBLY OBJECTIVE: Design a sheet metal box using different features tool using NX…

                                                 REPORT ON THE ODD SHAPED ENCLOSURE OBJECTIVE: Design an odd shaped enclosure Using NX CAD. Create  Drafting Using NX CAD.  Gain knowledge…

                                                       REPORT ON THE DESIGN BRACKET OBJECTIVE: Create the design and Draft of the model using Siemens NX CAD  Application By Understanding…

                                                         REPORT ON THE METAL BRACKETOBJECTIVE:Design a metal bracket and create a draft of it Using NX CAD.INTRODUCTION:Sheet metal is metal formed by an industrial process into thin, flat pieces, Sheet metal is one of the fundamental forms used in metalworking. and it can…

AIM: Draft analysis on the fan Cover OBJECTIVE: The objective of this project is that how to create the Tooling Axis and Draft analysis. TOOLING AXIS: Tooling axis defines the mold or core and cavity opening  direction. we should create a tooling axis in such a way so that it should cover most of features, holes,…

AIM: To create the Base Bracket plastic component through the given Class A surface and at the end of the performing the draft analysis on the model. OBJECTIVE: To model a base bracket and perform draft analysis on the model. TOOLING AXIS: Tooling axis defines the mold or core and cavity opening  direction. we should…

AIM: To create the Switch bezel component through the given Class A surface and at the end of the performing the draft analysis on the model. OBJECTIVE: To model a Switch bezel  and perform draft analysis on the model. TOOLING AXIS: Tooling axis defines the mold or core and cavity opening  direction. we…

AIM: Creation of Door Arm rest and add thickness to it.   OBJECTIVE: Creating the B and C surface. Creating the Tooling Axis.  Performing the Draft analysis. Tooling Axis: The tooling direction is used to find the direction in which the part is ejected out of the mold. The draft on the part should be positive…

AIM: To perform draft analysis and make a solid model from the given class A input. OBJECTIVE: Create the Coin Holder Plastic component through the given Class-A surface and provide the Thickness of 2.5 mm. Performing draft analysis to verify the creation of the Tooling Axis and C Class surface. Tooling Axis: Tooling Axis…

AIM: Create the core and cavity blocks for the switch bezel considering the all design rules. OBJECTIVE: Create the Core and Cavity for the Switch Bezel. THEORY: TOOLING AXIS: Tooling axis is the parameter which decides whether the tool enters into moulds or not as it denotes the draft clearance angle where a moulded part…

AIM: Create the Rib for the Center console coin holder considering the design rules as mentioned in the below image. OBJECTIVE: Create the Rib for the Coin holder. Performing Draft analysis. RIB: One of the ways to strengthen a part is by adding one or more rib to the design. Ribs are thin protrusions that extend perpendicular…

AIM: Create the Screw boss and Dog house for the centre console coin holder, General rules for the Screw Bosses. Draft of 0.5 degree on walls of boss. Thickness is 40% of the nominal wall at the base. Height to diameter ration-3:1 Fillet radious of max 0.25mm Boss features used to aid in the assembly of molded parts by…

AIM: Create the Door Applique plastic component through the given Class-A Surface. Create the heat stakes and the locators considering the design rules. PROCEDURE: Creation of the solid part using given Class A Surface. Ensure the given Class A surface that there is gap in That. Offset the Class A Surface at 2.5mm and…

AIM: To design a B pillar with the given mastersection to follow the design critera and thickness and thereby devolp a closed volume part. OBJECTIVE: To ensure proper tree structure is followed. Creating a Tooling Axis and follow the design rules. Creating Class B and C surface using class A Surface as an input. Following…

ASSEMBLY: An assembly is a collection of related parts. The components in an assembly are defined in relation to each other using assembly mates. There are two basic methods: Bottom up design Here we first design the model individually then insert into assembly environment. Here we modify the part individual and that changes…

AIM: To design and development of vehicle interior door trim using Catia V5 with given Class A surface along with Master Section. Also create the B Side features as per design rules. OBJECTIVE: To create thickened part using master section for reference To ceate the Mounting features as per design Guidelines in the industry…

Underbody Coating   The underbody coating that is most commonly used on cars in India and supplied by companies such as 3M is a thick, rubberized paint that forms a 2-3 mm thick coating all along the underside of the car when sprayed on. You also get a thinner clear coat underbody coating which is like a lacquer that…

BENCHMARKING: Benchmarking is the competitive edge that allows organizations to adapt, grow, and thrive through change. Benchmarking is the process of measuring key business metrics and practices and comparing them—within business areas or against a competitor, industry peers, or other companies around the world—to understand…

HOOD DESIGN USING NX CAD    OBJECTIVE: Design Hood outer panel, Inner panel and reinforement with a given Outer Hood Skin and design parameters. INTRODUCTION Bonnet is an important component of the front portion of the car which is used for many purposes. Bonet is used to decorate front  portion of the car…

                                                          SECTION  MODULUS OF AN HOOD Section modulus is a direct measure of strength if any sectional area of an object about …

                                                             WHEEL ARC CALCULATION OBJECTIVE: Calculate the wheel arc radius for the given Fender Using the European…

FENDER DESIGN OBJECTIVE: The main objective of this project is to design a fender using NX-CAD. INTRODUCTION: Fender is the american english term for the part of an automobile,motorcycle or other vehicle body that frames a wheel well. Front fender is a part of the vehicle. the primary purpose of the fender is to prevent…

ROOF DESIGN:  OBJECTIVE: The objective of this project is to design car roof with essential ROOFSFlanges and Reinforcements like ditch area,Front roof rail, Bow roofs, central roof rail and rear roof rail for the given styling surface. Perform a curvature study on the roof and perform the calculations for the heat distortion…

DESIGN OF BACK DOOR   AIM:To design the back door of car From Styling Class A Using NX CAD. BACK DOOR: A Back door is a BIW component found in all automotive car generally used for opening and closing of the boot space.These doors can be  operated manually or electric Power. Back door also called as 'Hatch' or 'Tailgate'.…

Program in Matlab to simulate the forward kinematics of a 2R Robotic Arm. FORWARD KINEMATIC AVI FILE LINK: https://youtu.be/SSsVxM64Tik Explanation of the code: % inputs l1 = 1; l2 = 0.5; theta1 = linspace(0,90,10); theta2 = linspace(0,90,10);  Here, THETA1 and THETA2 is the variable which contains 1 value. Thete1 and…

In the above equation, g = gravity in m/s2, L = length of the pendulum in m, m = mass of the ball in kg, b=damping coefficient. Write a program in Matlab\Octave that will simulate the pendulum motion, just like the one shown in the start of this challenge. use, L=1 metre, m=1 kg, b=0.05. g=9.81 m/s2. Simulate the motion…

Genetic Algorithm: stalagmite function Program: function [f] = stagalmite (input_vector) x= input_vector(1); y=imput_vector(2); f1=(sin(5.1*pi*x+0.5)).^6; f2=exp((-4*log(2)*((x-0.0667).^2))/0.64)); f3=(sin(5.1*pi*y+0.5)).^6; f4=exp((-4*log(2)*((y-0.0667).^2))/0.64)); A = -(f1*f2*f3*f4); end The negative command is used…

NASA came up with polynomials that can be used to evaluate thermodynamic properties such as Cp, H and S.They have also documented the co-efficient that are required to evaluate these polynomials for 1000+ species. To guide you we have broken down the problem into meaningful bits that you can work on individually.…

AIM:    To create rankine cycle simulator using MATLAB.  TO demonstrate the T-s and h-s plots for the given set of inputs.  OBJECTIVES:         . To create rankine cycle simulator using MATLAB.         . The code should calculate the state points of the Rankine…