
Explore the fundamentals of supercharging, including history, classification, types, and a comparison between turbocharger and supercharger, and discover notable brands and iconic supercharged cars and bikes.
Trace the history of supercharging from 1878 tests to 1885 Daimler patent and early milestones, and learn the basic working of a crankshaft-driven air compressor boosting engine power.
Explore the advantages of a supercharger: immediate power delivery, boost at low rpm, improved air fuel mixing, and reduced exhaust heat, with notes on energy cost and lubrication needs.
Examine the main components of superchargers, including diffuser, impeller, and transmission, and compare types from sliding wheel to twin-screw, centrifugal, and electric designs, noting the eccentrically placed drum.
Explore the sliding vane (Sharrock) supercharger design, with a drum and eccentrically mounted vanes, and its four phases—filling, expansion, completion, discharge—and related volumetric efficiency and power characteristics.
Explain the design and working of roots superchargers with two or three lobes, detailing intermeshing rotors, tight clearances, four operating phases, and their impact on volumetric efficiency and comparisons.
Explore the operation of a screw-type supercharger with intermeshing male and female lobes, detailing the compression process, clearance and backlash, and rpm-based performance versus turbochargers.
Centrifugal supercharging uses centrifugal force to push more air into the engine, boosting pressure and volumetric efficiency with an impeller and diffuser, belt- or crankshaft-driven and popular in aftermarket setups.
Explore famous supercharger brands and models, types of superchargers, and car and bike applications, while previewing turbocharging, lubrication systems, emission control, aftertreatment methods, and hybrid electric vehicles.
Automotive Engineering-Complete course on Supercharging
Automotive Engineering-Complete course on Supercharging
Classification of the IC engines based on Supercharging
History of Superchargers & Supercharger inventors
Classification of the IC engines based on Supercharging
History of Superchargers & Supercharger inventors
Basic layout of Superchargers in Automotive Engineering/Automotive Engineering/Cars
Advantages of Superchargers in Automotive Engineering/Automotive Engineering/Cars
Basic layout of Superchargers in Automotive Engineering/Automotive Engineering/Cars
Advantages of Superchargers in Automotive Engineering/Automotive Engineering/Cars
Disadvantages of superchargers
Comparison between the Turbocharger & Supercharger
Main components of Supercharger and detailed explanation of each component of supercharger & its role
Types of Superchargers: Vane Supercharger, Roots supercharger, Centrifugal supercharger, electric Supercharger
Main components of Supercharger and detailed explanation of each component of supercharger & its role
Types of Superchargers: Vane Supercharger, Roots supercharger, Centrifugal supercharger, electric Supercharger
Comparison between the Turbocharger & Supercharger
Main components of Supercharger and detailed explanation of each component of supercharger & its role
Types of Superchargers: Vane Supercharger, Roots supercharger, Centrifugal supercharger, electric Supercharger
Main components of Supercharger and detailed explanation of each component of supercharger & its role
Types of Superchargers: Vane Supercharger, Roots supercharger, Centrifugal supercharger, electric Supercharger
Famous Superchargers international brands
Famous supercharged cars & Bikes
Famous Superchargers international brands
Famous supercharged cars & Bikes
Superchargers/Supercharging; An important topic in modern Automobile Engineering Automotive Engineering Cars Vehicles
Superchargers/Supercharging; An important topic in modern Automobile Engineering Automotive Engineering Cars Vehicles