Mechanical Engineering Design Portfolio.pptx

My portfolio

1. Mechanical Engineering Design Portfolio Amritpal S Bhinder Pg Diploma in Mechanical Engineering Technology Design B.Tech in Aeronautical Eningeering

2. Welcome and Thankyou for giving your valuable time to view my portfolio. The goal of this portfolio is to give you deeper dive into my experiences and skills that I have gained in my life. It is my hope that this will allow you to better assess how my skills can be applied to your company. I would be happy to talk in more detail and can be reached using contact at bottom Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

3. Project Title: THEORETICAL STUDY & ANALYSIS OF EFFECT OF EXTERNAL C- D NOZZLE ON THE PERFORMANCE OF PULSE DETONATION ENGINE Introduction: PDE engine is an internal combustion engine, constant volume heat addition process, which generates detonation wave that combust fuel and oxidizer mixture, release vast amount of energy and develop much higher pressure than deflagration process. Objective: The prospective propulsion PDE system requires immense attention to improve or enhance their performance parameters which accounts for rise in thrust. For this respect, an Exhaust C-D Nozzle has been designed on the basis of theoretical concept and then CFD analysis was done to to understand effect on chamber pressure and flow pattern throughout CD Nozzle. Approach: The configuration of Nozzle has been designed as per the ASME & ISO standard 9300 and solid model created in SolidWorks. Where d is the throat’s diameter of C-D Nozzle, D is diameter of PDE tube, L is the length of divergent section and R is the convergent arc. Dimensions of geometry are confidential. Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

4. Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]D meshing of nozzle was done in GAMBIT software. The grid consists of quad element. The boundary conditions are identified as INLET where mass flow rate with inlet pressure enter in the nozzle, OUTLET where mass flow rate with exit pressure exhaust in the surrounding and WALL specifies as adiabatic sides of nozzle.

5. Analysis: Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

6. Designed Gear and Tooth features, Diameters, Center Distance for a Gear pair Number of Teeth and Pitches General Formula Pinion Gear Number of Teeth 18 35 Diametral Pitch, 4 4 Circular Pitch Diameters Pitch Diameter 4.5 8.750 Outside Diameter 5 9.250 Root Diameter 3.875 8.125 Gear Tooth Features Addendum 0.25 0.25 Dedendum 0.3125 0.3125 Clearance 0.0625 0.0625 Whole Depth 0.5625 0.5625 Working Depth 2a 0.5 0.5 Tooth Thickness Face Width Design Decision, recommended 3 3 Pressure Angle Design Decision, common Center Distance 6.625 Designed Gear and Tooth features, Diameters, Center Distance for a Gear pair Number of Teeth and Pitches General Formula Pinion Gear Number of Teeth 18 35 4 4 Circular Pitch Diameters Pitch Diameter 4.5 8.750 Outside Diameter 5 9.250 Root Diameter 3.875 8.125 Gear Tooth Features Addendum 0.25 0.25 Dedendum 0.3125 0.3125 Clearance 0.0625 0.0625 Whole Depth 0.5625 0.5625 Working Depth 2a 0.5 0.5 Tooth Thickness Face Width 3 3 Pressure Angle Center Distance 6.625 Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

7. FRAME Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

8. FRAME DRAWING Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

9. STYROFOAM BOX Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

10. STYROFOAM BOX DRAWING Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

11. MILLING FIXTURE Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

12. DRAWING & BOM Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

13. HOUSE MODEL Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]

14. Amritpal Bhinder, Mechanical Eng. Portfolio, [email protected], [phone]