Practical engine airflow - Info and Reading Options
performance theory & application
By John Baechtel
"Practical engine airflow" was published by CarTech in 2015 - North Branch, MN and the language of the book is English.
“Practical engine airflow” Metadata:
- Title: Practical engine airflow
- Author: John Baechtel
- Language: English
- Publisher: CarTech
- Publish Date: 2015
- Publish Location: North Branch, MN
“Practical engine airflow” Subjects and Themes:
- Subjects: ➤ Fluid dynamics - Racing Automobiles - Motors - Design and construction - Automobiles - Performance - Gas flow - Internal combustion engines
Edition Specifications:
- Pagination: pages cm
Edition Identifiers:
- The Open Library ID: OL30395344M - OL22317058W
- Library of Congress Control Number (LCCN): 2015017927
- ISBN-13: 9781613251577
- All ISBNs: 9781613251577
AI-generated Review of “Practical engine airflow”:
"Practical engine airflow" Table Of Contents:
- 1- Airflow basics
- 2- Airflow path
- 3- The seven cycles to max power
- 4- Torque and horsepower
- 5- Volumetric efficiency
- 6- Theoretical CFM
- 7- Understanding BSFC
- 8- Contributing engine systems
- 9- Relevant properties of air physical composition of air
- 10- Mass and weight
- 11- Density
- 12- Coping with variables
- 13- The ideal gas laws
- 14- Correction factors
- 15- The MSA and the air density index
- 16- Density altitude
- 17- Fuel properties to consider
- 18- Octane rating, gasoline variables
- 19- Conclusion
- 20- Through the engine fundamentals of air motion
- 21- Cross sections and path lengths
- 22- Carburetors and throttle bodies
- 23- Air velocity and boundary layers
- 24- Obstructions and pressure changes
- 25- Wave tuning
- 26- Torque peak RPM
- 27- Intake manifold intake manifold types
- 28- Plenum characteristics
- 29- Mixture conditioning
- 30- Surface texturing
- 31- Reversion
- 32- Additional intake considerations
- 33- Extrude honing
- 34- Flow testing intake manifolds
- 35- Cylinder heads
- 36- Component compatibility
- 37- Airflow control point
- 38- Street versus race heads
- 39- Where the power comes from best racing combo
- 40- Flow factors
- 41- Valves and valve sizes
- 42- Evaluating cylinder head potential
- 43- Piston CFM demand
- 44- Critical valve transitions
- 45- Bore size
- 46- Port taper
- 47- Combustion chambers
- 48- Cylinder filling and pressure recovery
- 49- Combustion power and efficiency
- 50- Chamber types
- 51- Chamber flow concerns
- 52- Chamber texture
- 53- Valve shrouding
- 54- Exhaust system
- 55- Pressure wave tuning
- 56- Flow path disruptions
- 57- Exhaust flow tuning
- 58- Power adders
- 59- Exhaust port surface texture
- 60- Valve shape and angle
- 61- Flow bench testing
- 62- What is a flow bench?
- 63- Consider application differences
- 64- Flow bench information
- 65- Flow bench limitations
- 66- Calculating lift-to-diameter ratios
- 67- Calculating valve curtain area
- 68- Flow bench tools
- 69- Practical applications
- 70- Begin with a software program
- 71- Air filters
- 72- Carburetors and throttle bodies
- 73- Intake manifolds
- 74- Cylinder heads
- 75- The exhaust side.
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