Project 1 - Parsing NASA thermodynamic data

Element Creation Challenge-   AIM- To mesh the Given component with the Size of 5 Units and create 1D elements on the following component with given cross-section and DOF.   OBJECTIVE- a. Rod element:- Translational DOF should be Constrained with RBE2 link Cross-Section: BOX- Dimension a= 12 mm  …

PARSING NASA THERMODYNAMIC DATA   AIM- To calculate thermodynamic properties of various gas species using MATLAB to parse the NASA Thermodynamic data file which is already provided. OBJECTIVE- Write a function that extracts the 14 coefficients and calculates the Enthalpy, entropy, and specific heats for all the…

Genetic Algorithm:   Aim:– To calculate the generic algorithm for calculating the local maxima and calculating the optimum values for a given function. Introduction:– Generic algorithm uses the method of random sampling. This method of solving constrained and unconstrained problems which are based upon…

SOLVING SECOND ORDER ODE's   AIM: Create Simulation of Simple pendulum With MATLAB as solution for second order ODE.   OBJECTIVE: Write a program that solves second order ODE for the simple pendulum with given conditions like damping coeffiecient, lenght of pendulum, gravity and mass.   GIVEN VALUES: Simulate…

1. Washing Machine   GIVEN DATA:  The different states for washing machines   a. Soaking – 200 secs (0-200secs)  b. Washing – 100 secs (200-300secs)  c. Rinsing – 20 secs (300-320secs)  d. Drying – 50 secs (320-370secs)  e. Completed  …

1. Model Of DoorBell using Simulink Blocks For the door bell to ring a plunger has to hit a bell.  The Simulink Blocks used in the simulation are  Pulse Generator Simulink to Physical System Converter Switch Battery Solenoid Ideal Translational Motion Sensor Mechanical Translational Reference Electrical Reference…

1. Radar Mast-   Feature Tree-       2. Yacht Assembly- Open assembly    Step-1 Using the insert components export the hull part into the assembly. Step-2 Using the insert components export the SuperStructure part into the assembly. Step-3 Using the insert components export the Radar…

Modelling of American Chopper in Solidworks Introduction: Solidworks is one of the prominent modelling software available. This software is mainly used to model 3D parts using 2D sketch. It also has the option to specify the material and look for the model which we create. It has other Add-in features like photoview360…

BACKDOOR DESIGN   The backdoor or tailgate is the rear most part of the automobile which opens upwards,downwards or sideways to give access to the luggage space or seating area. In most of the cars the backdoor opens upwards. It is hinged to the roof and a gas stay support fixed at the body side outer for keeping…

 ROOF CHALLENGE Objectives- For the Given Roof styling, Develop the essential flanges and reinforcements, provide appropriate dimension and check for Draft analysis and also submit your section modulus report on the 0-Y section. Start with the creation of a roof ditch area the tool opening angle is only 3 degrees. Do a…

Fig 1:- Area Moment of Inertia(Unchanged area) I is 5.465*e5 mm4   Fig 2:- Area moment of Inertia (Changed Area) I is 5.786*e5 mm4 Fig 3:- Distance between the neutral axis and the extreme end of the object (Y) is 478.012/2= 239.006mm   SECTION MODULUS- It is the ratio of the area moment of inertia to the…

FENDER DESIGN    AIM-To develop the fender by adding the Mountings(Flanges) at the required areas.   INTRODUCTION- Fender is the American English term for the part of an automobile, motorcycle or other vehicle body that frames a wheel well (the fender underside).…

HOOD DESIGN   AIM- To Design Hood outer panel, inner panel and the necessary reinforcements by following the Master-sections mentioned with the Design parameters.   INTRODUCTION- The HOOD (North American English) or   (Commonwealth English) is the hinged cover over the…

Underbody coating is a coating which is coated at the under body of the car that provides long term protection from corrosion,stones,chips to car's underbody. It also protects parts like internal body panels, frame rails and other inner cavities that are not physically accessible but are prone to corrosion.It is a thick,…

Benchmarking in Automotive Industry is a process of study or comparison of similar products,services,performances which are available in the market to develop a new product.For example it can be used to compare the availability of the product and the features and services that are provided and also on the basis of…

FINAL PROJECT DEVELOPMENT OF DOOR PANEL AIM- To create the cad model(Involves creating Class-B surface and Class-C surface and the solid part from the Class-A, B, C surfaces and the attachment features on the b-Surface like Dog Houses, Heat stakes, Push Pins) from the given Class-A surface and Master-Sections by using…

Aim: The main objective is to create a Solid with the Attachments such as Ribs, Locators, and Doghouses using the given Class-A surface. Methodology: Opening the file. Checking the Class A surface Tooling Axis. Creating the Tooling Axis. Performing the Draft Analysis. Creating the B Surface. Creating the C surface. Joining…

  Door Applique Design with Engineering Features Aim: To create a door applique and door attachment from the given Class-A surfaces and to create engineering Features to fit the component in the main surface.   Introduction: Engineering features are the extensions on the plastic components available on the…

COIN HOLDER FEATURE ATTACHMENTS(SCREW BOSSES AND DOG HOUSES)-   AIM- TO CREATE THE ATTACHMENT FEATURES LIKE SCREW BOSSES AND DOG HOUSES FOR THE COIN HOLDER AND PROVIDE THE DRAFT ANALYSIS AS PER THE DESIGN RULES   PROCEDURE- TOOLING AXES THIS PART REQUIRES TWO TOOLING AXES TOOLING AXIS-1 CREATE A POINT AT A CENTER…

ATTACHMENT FEATURE (RIB)-   AIM- TO CREATE THE RIB ON THE B-SURFACE OF THE COIN HOLDER AS PER THE DESIGN RULES AND ALSO PROVIDE THE DRAFT ANALYSIS FOR THE PART.   PROCEDURE- SINCE WE HAVE ALREADY CREATED THE COIN HOLDER , WE JUST LOAD THE .catpart AND WORK ON THE B SURFACE . RIB- RIBS ARE THE ATTACHMENT FEATURE…

AIM- TO DESIGN THE CORE AND CAVITY BLOCKS FOR THE SWITCH BEZEL. CORE & CAVITY DESIGN   SINCE WE ARE WORKING ON THE CORE AND CAVITY DESIGN EXERCISE, I CHOSE THE PREVIOUSLY DESIGNED SHAPE.   THE PART IS SWITCH BEZEL WITH THE THICKNESS OF 2.5mm. THE CLASS-A AND CLASS-C OF THE PART ARE TRIMMED AND LATER TRIMMED…

COIN HOLDER:-   AIM:- TO CREATE THE COIN HOLDER PART AND ADD THICKNESS OF 2.5mm AND CREATE THE DRAFT ANALYSIS FOR THE SOLID BROUGHT OUT OF THE PART.   PROCEDURE:-   CREATING A TOOLING AXIS- THE TOOLING DIRECTION IS BASICALLY THE DIRECTION THAT THE MOLD PULLS APART. THE MOLD IS BUILT IN TWO SEPARATE PIECES,…

DOOR ARM REST:-   AIM:- TO CREATE THE DOOR ARM REST WITH THE GIVEN THICKNESS OF 2.5mm AND GENERATE THE DRAFT ANALYSIS REPORT FOR THE CLOSED BODY. PROCEDURE:- SINCE THE CLASS-A PART IS ALRAEDY WITH YOU ALL WE NEED TO CREATE IS A CLASS -B SURFACE NOW, AS WE HAVE BOTH THE CLASS-A AND CLASS-B SURFACES, WE CAN CREATE THE…

CHALLANGE--   CLASS-A SURFACE CREATED A TOOLING AXIS, EXTRACTED THE REQUIRED SURFACES TO CREATE THE B-SURFACE UNIONTRIMMED AND EXTRAPOLATED THOSE SURFACE AND OFFSETED FOR 2.5MM AND THE OUTPUT IS THE FILLETS WERE GIVEN TO CREATE THE CLASS-C SURFACE THE BOUNDARY OF THE CLASS-A SURFACE HAS BEEN EXTRACTED AND SWEPT IS…

Drawing Challange - 1   Drawing Challange - 2   Drawing Challange - 3   Drawing Challange - 4        

Challange-1   Sketching-- it is then padded and circular paterned for 3 instances with a difference of 120 degrees It is also padded, the output we get is  It is padded to 52mm and given a shell thickness of 5mm and union trimmed by removing the non-required faces and the output is  A hole on the top of…