Planetary gear mechanism MBD simulation

AIM: Master Section Development with Engineering Features for B PILLAR RH Cover Using CATIA V5. OBJECTIVE: Master Section development, Correcting CLASS A and creating Engineering Fixation Features. Key Points: Master Section and Tooling axis Correcting CLASS A from given Master Section as input Generating CLASS B surface…

  AIM: Door Applique Plastic Component Design with Engineering Features Using CATIA V5. OBJECTIVE: Creating Door Applique Design from given CLASS A and creating Engineering Fixation Features. Key Points: Generating Main Tooling axis Generating CLASS B surface from given CLASS A Generating CLASS C surface from given…

AIM: Creating B Side Feature – Screw Boss and Dog House Design Using CATIA V5. OBJECTIVE: Creating B Side Feature – Screw Boss and Dog House Design on Center console coin holder plastic component. Key Points: What are the Plastic component defects and their types Plastic Component B side features Screw Boss…

AIM: Door Arm Rest Plastic Component Design Using CATIA V5. OBJECTIVE: Creating Door Arm Rest Plastic Design from given CLASS A and Draft analysis of the component. Key Points: Bisecting method for generating Main Tooling axis Generating CLASS B surface from given CLASS A Generating CLASS C surface from given CLASS A Trimming…

AIM: Design of Core and cavity blocks for the switch bezel plastic component using CATIA V5. OBJECTIVE: Creating Core and Cavity Block design for Switch Bezel Plastic component from given CLASS A and Solid body part as reference. Key Points: Introduction To Plastic Injection Molding Process What is Core, Cavity and Parting…

AIM: Coin Holder Plastic Component Design Using CATIA V5. OBJECTIVE: Creating Center console Coin Holder Plastic Design from given CLASS A and Draft analysis of the component. Key Points: Bisecting method for generating Main Tooling axis Generating CLASS B surface from given CLASS A Generating CLASS C surface from given…

AIM: Switch Bezel Plastic Component Design Using CATIA V5. OBJECTIVE: Creating Switch Bezel Plastc Component from given CLASS A and Draft analysis of the component. Key Points: Bisecting method for generating Main Tooling axis Generating CLASS B surface from given CLASS A Generating CLASS C surface from given CLASS A Trimming…

AIM: Create the Base Bracket Plastic component Design through the given CLASS A surface. . OBJECTIVE: Generating Plastic component for Base bracket from given CLASS A surface. Brief about CLASS B and C surface and use it to prepare solid plastic component.  Key Points: Bisecting method for generating Main Tooling…

AIM: Draft Analysis on Fan Cover Using CATIA V5. OBJECTIVE: Generating draft analysis report on a fan cover using tooling axis generation by bisecting method. Key Points: What is draft? How it is useful in designing a plastic component? What is draft analysis? Tooling Axis (Bisecting method) Generating draft analysis on…

AIM: Frequency Analysis on Rotating shaft Objective: The main objective of this project is to perform frequency analysis on shaft. Observing different mode shapes. Comparing different resonance frequency using FEA Solidworks. Key points: What is frequency, mode and mode shapes. Geometry of shaft. Setting up simulation.…

AIM: Buckling Analysis of a cyclone separator stand Objective: Change in buckling stress and Factor of safety when using stiffener casing for the stands. Performing design study for optimum position for stiffener and optimum Factor of safety for given load under buckling phenomena. Key points: What is buckling…

AIM: Analysis on a Plate with hole Objective: The main objective of this project is to Simulate a plate having hole, Effects on stress, strain and displacement when number of holes are increased. Comparing both cases results using FEA Solidworks. Key points: Geometry of Plate. Setting up simulation. Result comparison.…

AIM: FEA analysis for bending in Beams of different cross sections Objective: The main objective of this project is to Simulate bending in beams for same loading condition and optimizing solution for different cross sections using Static Analysis Study in Solidworks. Key points: Material Stress-Strain Diagram…

AIM: Motion Study of Internal Geneva Mechanism OBJECTIVE: The report describes detailed simulation of Internal Geneva Mechanism with Motion study. Key Points: ->What is Geneva Mechanism, Types and Application ->Design the Driver and Driven components ->Simulating Assembly using Motion Study ->Plotting different…

AIM: MBD Motion analysis for IC Engine Valve train. OBJECTIVE: Simulating IC Engine valve train for different cam lifts and comparing results. Key Points: Brief of IC Engine valve train and application Design of Cam, Pushrod, Rocker arm and Valve Initial setup for motion study and Calculation Plotting different parameters…

AIM: Motion Study of Planetary Gear Train OBJECTIVE: MBD motion study of Planetary gear train, comparison of different cases. Key Points: What is Gear, Types and Application Gear Terminology Introduction to Planetary Gear Train, its working and application. Calculating design parameters for planet, sun and ring gear. Design…

AIM: MBD Motion analysis of Piston Assembly. OBJECTIVE: Analysing and comparing Linear displacement of piston for different wrist pin position. Key Points: Brief of Piston Assembly and its application Design of Piston head, crank and connection rod. Initial setup for motion study and Calculation Plotting different parameters…

  AIM: Modelling Aston Martin One-77 using Solidworks surfacing. OBJECTIVES: This project demonstrates various skills on Surface and Solid modelling, generating assembly of parts and rendering them to get a realistic view of the given model. Report Key Points: Introduction to Solidworks Solidworks modules Part modelling…