Formula One Car Designing

Formula One Car Designing

This program is actually another step for those students who are having basic knowledge of an Automobile and looking forward for next level training over Race machines. This program makes you aware of several secret facts & figures regarding engineering of Race vehicle which are very rare and generally students can’t manage to learn. Resource person will be having technically wide knowledge with Race Circuit experience to make this program really successful for participants.

Workshop Plan Day wise

Introduction to Race Engineering

  • Race engineering Means & Purpose
  • Race Vehicle general Properties & Appearances

Race Terminology

  • Terms used during Race
  • Terms used in Pit stops
  • Scientific terms to be used to understand further technical topics

Introduction of Race Environment

  • Track
  • Importance of pit stop
  • Pit Stop Team & their individual task
  • Control Room

Anatomy of F1 Car & Moto GP bike

  • Study of Vehicle Structure
  • Component placements
  • Difference in their operations
  • Complexity in Riding/Driving

Strength of Race vehicle components

  • Body of F1 Car & Fairing of Moto GP Bike
  • Tires of both
  • Pistons for Race Engines
  • Connecting Rods for Race Engines
  • Valves for Race Engines
  • Rims
  • Brakes
  • Engine Power
  • Special Features

Aerodynamics of Race Vehicles

  • Aerodynamic Introduction & Terminology
  • Advantages & Disadvantage on AD
  • Application in Race Vehicle
  • Evolution of Race Vehicle design

Performance parameters of Race Vehicles

  • Engine Power, Torque, RPM, Cylinder Capacity
  • Power to weight ratio
  • Maneuverability
  • Special Parts & Engineering behind this super extraordinary performance

Vehicle Dynamics & Calculations

  • Forces faced by vehicle while acceleration & retardation with calculations
  • Cornering & Leaning capabilities with calculations
  • Effect of these forces on traction of vehicle
  • Design preferences according to these concepts
  • Special cases

Comparison between Moto GP & F1 Machine

  • Strength of both machines
  • Selection of favorable Race Circuit/Track

Design of Engine Cylinder (for several purpose vehicles)

  • Analysis of relation of CC with power and torque
  • Analyzing effect of varying Bore & Stroke Dimensions on engine power
  • How to find out Bore, Stroke & Crank Throw dimension for a vehicle engine using above.

Engine power boosting through

  • Increasing number of valves and Cam Shaft
  • Increasing number of spark plug
  • Super Charging & Turbo Charging
  • N2O (Nitrous Oxide)

Forces on Driver

  • Forces a Driver/Rider has to bear at the time of Acceleration, Retardation & Cornering
  • How to develop that strength
  • How to perform better

Modification Science

  • How to enhance the capabilities of your general vehicles.
Day 1 | Session 1

Introduction to Race Engineering

  • Race engineering Means & Purpose
  • Race Vehicle general Properties & Appearances

Race Terminology

  • Terms used during Race
  • Terms used in Pit stops
  • Scientific terms to be used to understand further technical topics

Introduction of Race Environment

  • Track
  • Importance of pit stop
  • Pit Stop Team & their individual task
  • Control Room
Day 1 | Session 2

Anatomy of F1 Car & Moto GP bike

  • Study of Vehicle Structure
  • Component placements
  • Difference in their operations
  • Complexity in Riding/Driving

Strength of Race vehicle components

  • Body of F1 Car & Fairing of Moto GP Bike
  • Tires of both
  • Pistons for Race Engines
  • Connecting Rods for Race Engines
  • Valves for Race Engines
  • Rims
  • Brakes
  • Engine Power
  • Special Features
Day 2 | Session 1

Aerodynamics of Race Vehicles

  • Aerodynamic Introduction & Terminology
  • Advantages & Disadvantage on AD
  • Application in Race Vehicle
  • Evolution of Race Vehicle design

Performance parameters of Race Vehicles

  • Engine Power, Torque, RPM, Cylinder Capacity
  • Power to weight ratio
  • Maneuverability
  • Special Parts & Engineering behind this super extraordinary performance

Vehicle Dynamics & Calculations

  • Forces faced by vehicle while acceleration & retardation with calculations
  • Cornering & Leaning capabilities with calculations
  • Effect of these forces on traction of vehicle
  • Design preferences according to these concepts
  • Special cases
Session 2 | Day 2

Comparison between Moto GP & F1 Machine

  • Strength of both machines
  • Selection of favorable Race Circuit/Track

Design of Engine Cylinder (for several purpose vehicles)

  • Analysis of relation of CC with power and torque
  • Analyzing effect of varying Bore & Stroke Dimensions on engine power
  • How to find out Bore, Stroke & Crank Throw dimension for a vehicle engine using above.

Engine power boosting through

  • Increasing number of valves and Cam Shaft
  • Increasing number of spark plug
  • Super Charging & Turbo Charging
  • N2O (Nitrous Oxide)

Forces on Driver

  • Forces a Driver/Rider has to bear at the time of Acceleration, Retardation & Cornering
  • How to develop that strength
  • How to perform better

Modification Science

  • How to enhance the capabilities of your general vehicles.

Project Details

  • Introduction to Race Engineering
  • Race Terminology
  • Introduction of Race Environment
  • Anatomy of F1 Car & Moto GP bike
  • Strength of Race vehicle components
  • Aerodynamics of Race Vehicles
  • Performance parameters of Race Vehicles
  • Vehicle Dynamics & Calculations
  • Comparison between Moto GP & F1 Machine
  • Design of Engine Cylinder (for several purpose vehicles)
  • Engine power boosting through
  • Forces on Driver
  • Modification Science
  • Acquaint yourself with practical knowledge.
  • Workshop taken by Exceptionally Qualified and Professional Trainers actively involved in Research & Development.
  • Learn your Area of Interest directly from Industry Experts.
  • Scales up your CV/ Resume in Technical while boosting your Logical Abilities.
  • Brings Confidence in you for Technical rounds of Interview.
  • Lifetime assistance on any of your projects.
  • Seminar room with Power plugs.
  • Projector.
  • Mic.
  • White Board.

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