Injection Molding and Injection Mold Nomenclature 

Assembly and rendering of a yacht  Objective: To assemble a yacht and render it with proper views and environments. Introduction: For studying different tools and features of the SOLIDWORKS, this project was selected. During the design of each parts, efforts were made to use each and every tool in SOLIDWORKS and to get…

AIM: TO DESIGN RADAR MAST  IMAGES: FEATURE TREE:  

Assembly and rendering of an American chopper Objective: To assemble an American chopper and render it with proper views and environments. Introduction: For studying different tools and features of the SOLIDWORKS, this project was selected. During the design of each parts efforts were made to use each and every tool in…

AIM :  AIM is to create the CAD model with given class A surface , nominal thickness and attachment strategy. OBJECTIVE: To create the CAD model considering with attachment strategy, nominal thickness and class A surface. Create thickened part using master section for reference. Create the mounting features…

AIM:- TO MODEL AND ASSEMBLE QUICK RETURN MECHANISM AND CV JOINT EXPLAINATION:- All component is designed sparately in part workbench using the given input. EXPLAINATION FOR QUICK-RETURN MECHANISM ASSEMBLY First all components are imported into the assembly workbench. I have fixed the first component to take it as referance…

AIM: To make a model from the provided class-A surface. INTRODUCTION: CLASS-A SURFACE: A surface made by the designer which is given as an input to the plastic modeller to work on. It is an aesthetic surface and the outermost surface. CLASS-B SURFACE: A surface after a certain thickness from the class-A surface…

AIM: To Create an inner plastic B-Pillar from the given master sections and Class A surface.   Theory:  Pillars: Pillars are the vertical or near-vertical supports of a car's window area.Basically, there are 3 pillars. A pillar: The pillar or the vertical bar you see holding the windshield from sides. B…

AIM: To create 4-way locators, 2 way-locators, and Heat stakes. INTRODUCTION: 3-2-1 PRINCIPLE: A workpiece free in space can move in an infinite number of directions. For analysis, this motion can be broken down into 12 directional movements or "degrees of freedom" these must be restricted to ensure proper referencing…

OBJECTIVE: To create the Dog House and Screw Boss on the Centre console model based on the given design criteria using CATIA. SCREW BOSS: In plastic parts, bosses are typically used to assist in assembly, as a receptacle for a screw or threaded insert or as the locator for a mating pin on another part. Because of…

  AIM: To Create the Rib for the Centre console coin holder in Generative shape design using catia V5 software. THEORY: Class-B surface contains all the engineer data required for the solid model to be completed. This data involves designing of various features. Some of the major features of the B-side are: Ribs…

Aim: To create the Core and cavity blocks for the switch bezel. Steps followed Tooling Axis creation. Checking Draft analysis for created tooling axis. Creating parting surface. Creating parting line. Creating core side. Creating cavity side. TOOLING AXIS: Tooling axis is the axis in which core and cavity open during completion…

Objective: - To design coin holder as per automotive OEM Standard. Creating B Class and C Class and tooling axis. Converting the closed  surface into the solid body and provide the thickness of 2.5mm. Performing draft analysis to verify the creation of the Tooling axis and C Class surface. Software: - CATIA V5…

OBJECTIVE: To design switch bezel as per automotive OEM Standard. Creating B Class and C Class and tooling axis for the given Class A surface. Converting close surface into the solid inside part workbench and provide the thickness of 3 mm. Performing draft analysis to verify the creation of the Tooling axis and C Class…

AIM: -    To Create the Base Bracket Plastic component by creating class B and Class C surface through the given Class-A surface. To create the tooling axis for the given Class-A Surface ensuring the requirements of the draft angle by performing the Draft analysis on the model.  INTRODUCTION CLASS A…

OBJECTIVE: - Creating the tooling axis for the given Fan Cover model by meeting the requirements of the draft angle and performing the Draft analysis on the model. DETAILED REPORT: Checking the continuity of given class A surface: This is to ensure that no discontinuities are present in the given class A surface.…

AIM: To  create a 3D or Part body in Surface workbench using Catia V5 Software. PROCEDURE FOR CREATING A SKITCH :  Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre axis with co-ordinates X=0, Y=0 & Z=0. Go to Toolbar-Insert-Sketcher -Positioned…

AIM: - To  create a 2D from 3D Catpart in Drafting Workbench using catia V5 software 1.Generative Drafting workbench The Generative Drafting workbench provides a simple method to create and modify views on a predefined sheet. You may also add, modify and/or delete dressup and 2D elements to these views. All this…

AIM: To  create a 3D or Part body in Part workbench and to use BOOLEAN operations to create final solid body using Catia V5 Software PROCEDURE FOR CREATING A SKETCH :  Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre axis with co-ordinates X=0,…

AIM: To  create a 3D or Part body in Part workbench and to use Sketch based and  Dress-up Features on the same using   Catia V5 Software. PROCEDURE FOR CREATING A SKITCH :    Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre…

AIM: To  create a 3D or Part body in Part workbench and to use Sketch based and  Dress-up Features on the same using   Catia V5 Software. PROCEDURE FOR CREATING A SKITCH :    Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre…

OBJECTIVE: - Creating the tooling axis for the given Fan Cover model by meeting the requirements of the draft angle and performing the Draft analysis on the model. DETAILED REPORT: Checking the continuity of given class A surface: This is to ensure that no discontinuities are present in the given class A surface. This…

AIM: To create a 2D sketch in Catia V5 Software. PROCEDURE:  Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre axis with co-ordinates X=0, Y=0 & Z=0. Go to Toolbar-Insert-Sketcher -Positioned sketch. In Sketcher Positioning select YZ-plane and in projecting…

 AIM: To create a 2D sketch in Catia V5 Software. PROCEDURE:  Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre axis with co-ordinates X=0, Y=0 & Z=0. Go to Toolbar-Insert-Sketcher -Positioned sketch. In Sketcher Positioning select YZ-plane and…

AIM: To create a 2D sketch in Catia V5 Software. PROCEDURE:  Open Catia V5 software and go to File-New-Part (Select: Create a geometrical set) Create a point at the centre axis with co-ordinates X=0, Y=0 & Z=0. Go to Toolbar-Insert-Sketcher -Positioned sketch. In Sketcher Positioning select YZ-plane and in projecting…

  Draw the freehand sketching of the Injection molding machine and name its parts. Explain each part in detail.    HAND SKETCH: - Injection molding is a process in which a thermoplastic polymer is heated above its melting point, resulting in the conversion of the solid polymer to a molten fluid…

AIM: - To study the Overview of Automotive Life Cycle in Product Design phase. This mainly brief the Product Designer involvement from concept phase to mass production. DESCRIPTION: - Overview on Automotive Industry Product Life Cycle: The demand for a product, its market acceptance, generally tends to follow a predictable…

AIM :-  (i) To simulate the forward kinematics of a 2R Robotic arm. (ii) Finding the final position of the manipulator. (iii) plotting the position coordinates and creating a animated file for the same. FORWARD KINEMATICS:- The use of the kinematic equations to compute the position of the end-effector from specified…

AIM:-  (i) To create plot for angular velocity and displacement verses time of simple pendulum by using a numerical ode45 solver.            (ii) To create an animation of simple pendulum by using 2nd order differential equation by using ode solver function. SIMPLE PENDULUM:- A point…

AIM:-  (i) To create plot for angular velocity and displacement verses time of simple pendulum by using a numerical ode45 solver.            (ii) To create an animation of simple pendulum by using 2nd order differential equation by using ode solver function. SIMPLE PENDULUM:- A point…