Modifying the Aerodynamics of Your Road Car
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Modifying the Aerodynamics of Your Road Car
Barnard, Richard H.; Edgar, Julian
David & Charles
10/2018
224
Mole
Inglês
9781787112834
15 a 20 dias
Descrição não disponível.
Chapter 1 - Theory
* Wake drag
* Viscous drag
* Body pressures causing drag and lift
* Interference drag
* Attached and separated flows
* Reynolds numbers
* Trailing vortices
* Undercar flows
* Drag and lift coefficients
* Yaw
* Dynamic and static pressures
Chapter 2 - Aerodynamic vehicles
* Rumpler Tropfenwagen
* Opel RAK II winged rocket car
* Tatra T87
* Porsche Type 64
* Volkswagen Transporter
* NSU Ro80
* Dodge Charger Daytona & Plymouth Roadrunner Superbird
* Holden Special Vehicles Group A Commodore
* Opel Calibra
* General Motors EV1
* General Motors Chevrolet Volt
* Volkswagen XL-1
Chapter 3 - Flow visualisation
* On-road flow testing
* Visualisation techniques
* Wool-tufting
* Smoke streams
* Eroding clay
* Dust
Chapter 4 - Pressure measurement
* Pressure measurement aims
* Measuring instruments
* Magnehelic gauges
* Pressure probes
* Measuring pressures with a Magnehelic gauge
* Step-by-step pressure measurement
* Using pressure measurement data
* Using pitot tubes to measure airspeed
Chapter 5 - Measuring drag and lift
* Measuring drag
* Required power testing
* Coast-down testing
* Fuel economy testing
* Measuring lift and downforce on the road
Chapter 6 - Reducing drag
* Reducing frontal area
* Reducing rear vison mirror drag
* Reducing cooling drag
* Ride height and rake
* Reducing the area of the wake
* Reducing the strength of the wake
* Achieving clean separation
* Reducing separation bubbles
* Undertrays
* Wheels, tyres and wheel arches
* Reducing drag - development of a new car
Chapter 7 - Reducing lift and improving stability
* Causes of lift
* Stability
* Determining the centre of pressure and centre of gravity
* Lateral forces
* Undertrays and diffusers
* Spoilers
* Wings
* Reducing trailing vortices
* Active aerodynamics
Chapter 8 - Improving flow through heat exchangers
* Pressure differentials
* Improving underbonnet intercooler airflow
* Testing a diesel intercooler
* Designing and installing an alternator cooling duct
* Turning vanes
* Bonnet (hood) vents and ducts
Chapter 9 - Engine intakes
* Benefits
* Measuring pressures
* Measuring engine intakes
* Building a new engine intake
Chapter 10 - Reducing aerodynamic noise
* Causes of aerodynamic noise
* Testing and measurement
* Decreasing noise production
* Decreasing noise transmission
* Modifications to reduce noise
* Wake drag
* Viscous drag
* Body pressures causing drag and lift
* Interference drag
* Attached and separated flows
* Reynolds numbers
* Trailing vortices
* Undercar flows
* Drag and lift coefficients
* Yaw
* Dynamic and static pressures
Chapter 2 - Aerodynamic vehicles
* Rumpler Tropfenwagen
* Opel RAK II winged rocket car
* Tatra T87
* Porsche Type 64
* Volkswagen Transporter
* NSU Ro80
* Dodge Charger Daytona & Plymouth Roadrunner Superbird
* Holden Special Vehicles Group A Commodore
* Opel Calibra
* General Motors EV1
* General Motors Chevrolet Volt
* Volkswagen XL-1
Chapter 3 - Flow visualisation
* On-road flow testing
* Visualisation techniques
* Wool-tufting
* Smoke streams
* Eroding clay
* Dust
Chapter 4 - Pressure measurement
* Pressure measurement aims
* Measuring instruments
* Magnehelic gauges
* Pressure probes
* Measuring pressures with a Magnehelic gauge
* Step-by-step pressure measurement
* Using pressure measurement data
* Using pitot tubes to measure airspeed
Chapter 5 - Measuring drag and lift
* Measuring drag
* Required power testing
* Coast-down testing
* Fuel economy testing
* Measuring lift and downforce on the road
Chapter 6 - Reducing drag
* Reducing frontal area
* Reducing rear vison mirror drag
* Reducing cooling drag
* Ride height and rake
* Reducing the area of the wake
* Reducing the strength of the wake
* Achieving clean separation
* Reducing separation bubbles
* Undertrays
* Wheels, tyres and wheel arches
* Reducing drag - development of a new car
Chapter 7 - Reducing lift and improving stability
* Causes of lift
* Stability
* Determining the centre of pressure and centre of gravity
* Lateral forces
* Undertrays and diffusers
* Spoilers
* Wings
* Reducing trailing vortices
* Active aerodynamics
Chapter 8 - Improving flow through heat exchangers
* Pressure differentials
* Improving underbonnet intercooler airflow
* Testing a diesel intercooler
* Designing and installing an alternator cooling duct
* Turning vanes
* Bonnet (hood) vents and ducts
Chapter 9 - Engine intakes
* Benefits
* Measuring pressures
* Measuring engine intakes
* Building a new engine intake
Chapter 10 - Reducing aerodynamic noise
* Causes of aerodynamic noise
* Testing and measurement
* Decreasing noise production
* Decreasing noise transmission
* Modifications to reduce noise
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
aerodynamics; road cars; performance cars; road handling; force; drag; lift; thrust; weight; four forces; viscous drag; wake drag; interference drag; Reynolds Numbers; vortices; improving car aerodynamics; modifying car body; modifications; fuel economy; saving fuel; hyper-miler; on road performance; reducing drag; reducing lift; improving stability; improving airflow; how to improve aerodynamics; do it yourself modifications; DIY techniques; bodywork techniques; guide to modifying cars; book about aerodynamics; Rumpler Tropfenwagen; Opel RAK II; rocket car; Tatra; Porsche design; Volkswagen Transporter; Dodge Charger; Chevrolet Volt; smoke streams; VW XL-1; pressure measurement; Magnehelic; aerodynamic research; wind tunnel; MIRA; pressure on car body; downforce; aerodynamicist; RH Barnard; Julian Edgar; Veloce; 978-1-787112-83-4; 9781787112834; V5283
Chapter 1 - Theory
* Wake drag
* Viscous drag
* Body pressures causing drag and lift
* Interference drag
* Attached and separated flows
* Reynolds numbers
* Trailing vortices
* Undercar flows
* Drag and lift coefficients
* Yaw
* Dynamic and static pressures
Chapter 2 - Aerodynamic vehicles
* Rumpler Tropfenwagen
* Opel RAK II winged rocket car
* Tatra T87
* Porsche Type 64
* Volkswagen Transporter
* NSU Ro80
* Dodge Charger Daytona & Plymouth Roadrunner Superbird
* Holden Special Vehicles Group A Commodore
* Opel Calibra
* General Motors EV1
* General Motors Chevrolet Volt
* Volkswagen XL-1
Chapter 3 - Flow visualisation
* On-road flow testing
* Visualisation techniques
* Wool-tufting
* Smoke streams
* Eroding clay
* Dust
Chapter 4 - Pressure measurement
* Pressure measurement aims
* Measuring instruments
* Magnehelic gauges
* Pressure probes
* Measuring pressures with a Magnehelic gauge
* Step-by-step pressure measurement
* Using pressure measurement data
* Using pitot tubes to measure airspeed
Chapter 5 - Measuring drag and lift
* Measuring drag
* Required power testing
* Coast-down testing
* Fuel economy testing
* Measuring lift and downforce on the road
Chapter 6 - Reducing drag
* Reducing frontal area
* Reducing rear vison mirror drag
* Reducing cooling drag
* Ride height and rake
* Reducing the area of the wake
* Reducing the strength of the wake
* Achieving clean separation
* Reducing separation bubbles
* Undertrays
* Wheels, tyres and wheel arches
* Reducing drag - development of a new car
Chapter 7 - Reducing lift and improving stability
* Causes of lift
* Stability
* Determining the centre of pressure and centre of gravity
* Lateral forces
* Undertrays and diffusers
* Spoilers
* Wings
* Reducing trailing vortices
* Active aerodynamics
Chapter 8 - Improving flow through heat exchangers
* Pressure differentials
* Improving underbonnet intercooler airflow
* Testing a diesel intercooler
* Designing and installing an alternator cooling duct
* Turning vanes
* Bonnet (hood) vents and ducts
Chapter 9 - Engine intakes
* Benefits
* Measuring pressures
* Measuring engine intakes
* Building a new engine intake
Chapter 10 - Reducing aerodynamic noise
* Causes of aerodynamic noise
* Testing and measurement
* Decreasing noise production
* Decreasing noise transmission
* Modifications to reduce noise
* Wake drag
* Viscous drag
* Body pressures causing drag and lift
* Interference drag
* Attached and separated flows
* Reynolds numbers
* Trailing vortices
* Undercar flows
* Drag and lift coefficients
* Yaw
* Dynamic and static pressures
Chapter 2 - Aerodynamic vehicles
* Rumpler Tropfenwagen
* Opel RAK II winged rocket car
* Tatra T87
* Porsche Type 64
* Volkswagen Transporter
* NSU Ro80
* Dodge Charger Daytona & Plymouth Roadrunner Superbird
* Holden Special Vehicles Group A Commodore
* Opel Calibra
* General Motors EV1
* General Motors Chevrolet Volt
* Volkswagen XL-1
Chapter 3 - Flow visualisation
* On-road flow testing
* Visualisation techniques
* Wool-tufting
* Smoke streams
* Eroding clay
* Dust
Chapter 4 - Pressure measurement
* Pressure measurement aims
* Measuring instruments
* Magnehelic gauges
* Pressure probes
* Measuring pressures with a Magnehelic gauge
* Step-by-step pressure measurement
* Using pressure measurement data
* Using pitot tubes to measure airspeed
Chapter 5 - Measuring drag and lift
* Measuring drag
* Required power testing
* Coast-down testing
* Fuel economy testing
* Measuring lift and downforce on the road
Chapter 6 - Reducing drag
* Reducing frontal area
* Reducing rear vison mirror drag
* Reducing cooling drag
* Ride height and rake
* Reducing the area of the wake
* Reducing the strength of the wake
* Achieving clean separation
* Reducing separation bubbles
* Undertrays
* Wheels, tyres and wheel arches
* Reducing drag - development of a new car
Chapter 7 - Reducing lift and improving stability
* Causes of lift
* Stability
* Determining the centre of pressure and centre of gravity
* Lateral forces
* Undertrays and diffusers
* Spoilers
* Wings
* Reducing trailing vortices
* Active aerodynamics
Chapter 8 - Improving flow through heat exchangers
* Pressure differentials
* Improving underbonnet intercooler airflow
* Testing a diesel intercooler
* Designing and installing an alternator cooling duct
* Turning vanes
* Bonnet (hood) vents and ducts
Chapter 9 - Engine intakes
* Benefits
* Measuring pressures
* Measuring engine intakes
* Building a new engine intake
Chapter 10 - Reducing aerodynamic noise
* Causes of aerodynamic noise
* Testing and measurement
* Decreasing noise production
* Decreasing noise transmission
* Modifications to reduce noise
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
aerodynamics; road cars; performance cars; road handling; force; drag; lift; thrust; weight; four forces; viscous drag; wake drag; interference drag; Reynolds Numbers; vortices; improving car aerodynamics; modifying car body; modifications; fuel economy; saving fuel; hyper-miler; on road performance; reducing drag; reducing lift; improving stability; improving airflow; how to improve aerodynamics; do it yourself modifications; DIY techniques; bodywork techniques; guide to modifying cars; book about aerodynamics; Rumpler Tropfenwagen; Opel RAK II; rocket car; Tatra; Porsche design; Volkswagen Transporter; Dodge Charger; Chevrolet Volt; smoke streams; VW XL-1; pressure measurement; Magnehelic; aerodynamic research; wind tunnel; MIRA; pressure on car body; downforce; aerodynamicist; RH Barnard; Julian Edgar; Veloce; 978-1-787112-83-4; 9781787112834; V5283
