Global Information Lookup Global Information

Hesselman engine information


Tidaholm Hesselman engine undergoing refurbishment.

The Hesselman engine is a hybrid between a petrol engine and a diesel engine. It was designed and introduced in 1925 by Swedish engineer Jonas Hesselman.[1]

In a Hesselman engine, fuel is not injected during the suction stoke along with the air, as would be the case in a conventional Otto cycle engine, but is instead injected during the compression stroke slightly ahead of the spark.[2] Hesselman engines typically have lower efficiencies than diesel engines but can run on the same fuels without needing to sustain high compression ratios, and therefore could be made smaller, lighter and cheaper.[3][4]

Most Hesselman engines were built during the 1930s and 1940s by firms in Sweden and the United States for use in both heavy vehicles and stationary industrial applications.[1][4]

  1. ^ a b Dillstrom, Torbjorn (1934). "A High-Power Spark-Ignition Fuel-Injection Engine". SAE Transactions. 29. United States: Society of Automotive Engineers (SAE): 431–438.
  2. ^ Ricardo, Harry (1953). The High Speed Internal Combustion Engine (4 ed.). Glasgow, UK: Blackie and Sons. p. 4.
  3. ^ Pope, A.W (1934). "The Hesselman Low-Compression Diesel-Fuel-Burning-Engine". SAE Transactions. 29. United States: Society of Automotive Engineers (SAE): 385–390.
  4. ^ a b Allen, Jim (June 2019). "Crazy Combustion". Diesel World. United States. ISSN 1559-8632.

and 22 Related for: Hesselman engine information

Request time (Page generated in 0.7995 seconds.)

Hesselman engine

Last Update:

Hesselman engine is a hybrid between a petrol engine and a diesel engine. It was designed and introduced in 1925 by Swedish engineer Jonas Hesselman....

Word Count : 657

Stratified charge engine

Last Update:

direct injection was the Hesselman engine invented by Swedish engineer Jonas Hesselman in 1925. Hesselman engines used the ultra lean burn principle and...

Word Count : 2129

Gasoline direct injection

Last Update:

engine to aviation officials was performed shortly before development ceased due to the end of World War I. The Hesselman engine is a hybrid engine design...

Word Count : 5011

Engine

Last Update:

replacement Electric motor Engine cooling Engine swap Gasoline engine HCCI engine Hesselman engine Hot bulb engine IRIS engine Micromotor Flagella – biological...

Word Count : 5088

History of the internal combustion engine

Last Update:

gas-turbine engine is patented by French engineer Maxime Guillaume. 1925: The first gasoline direct injection engine – the Hesselman engine for trucks...

Word Count : 4662

Oil engine

Last Update:

combustion engine which can use many kinds of oil as fuel Oil burner (engine), a steam engine that uses oil as its fuel Hot bulb engine Hesselman engine Some...

Word Count : 101

Jonas Hesselman

Last Update:

Jonas Hesselman (9 April 1877- 20 December 1957) was a Swedish engineer. He built the first spark ignition engine with direct injection of fuel into the...

Word Count : 334

Fuel injection

Last Update:

spark-ignition engine to use direct-injection was the 1925 Hesselman engine, designed by Swedish engineer Jonas Hesselman. This engine could run on a...

Word Count : 3808

History of the diesel car

Last Update:

Dieselisation Forced induction Gasoline direct injection Hesselman engine History of the internal combustion engine Hybrid power source Indirect injection Junkers...

Word Count : 3831

1925 in science

Last Update:

Electric laboratories in Pittsburgh, Pennsylvania. Jonas Hesselman introduces the Hesselman engine. Sinclair Lewis's novel Arrowsmith is published in the...

Word Count : 1256

Volvo Longnose

Last Update:

presented in the beginning of 1937. The truck shared both front end and engine with the smaller LV90-series while other components were sturdier to cope...

Word Count : 257

Volvo Roundnose

Last Update:

the same side-valve engine as the Sharpnose. The larger LV125-series and the sturdier LV130-series had the same overhead valve engine as its predecessor...

Word Count : 255

Somua

Last Update:

under license from the Swedish Hesselman company. Named the JL 12 and equipped with a flex-fuel four cylinder engine, the vehicle did not impress the...

Word Count : 607

Tidaholms Bruk

Last Update:

which was also when the company begun developing its first engine operating on the Hesselman principle. In 1930 engineer Allan Lindström designed the first...

Word Count : 1151

Type 3 submergence transport vehicle

Last Update:

slightly higher displacement than the Yu 1 subclass and a more powerful diesel engine which increased their maximum surface speed by about 2 knots (3.7 km/h;...

Word Count : 1880

Japanese submarine Yu 22

Last Update:

Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 298 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed...

Word Count : 513

Japanese submarine Yu 6

Last Update:

Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 298 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed...

Word Count : 555

Japanese submarine Yu 2001

Last Update:

Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 298 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed...

Word Count : 525

Japanese submarine Yu 5

Last Update:

Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 298 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed...

Word Count : 513

Japanese submarine Yu 1003

Last Update:

longer, having a slightly larger displacement and more powerful diesel engine that increased the maximum speed by 2 knots (3.7 km/h; 2.3 mph), and probably...

Word Count : 614

Japanese submarine Yu 4

Last Update:

Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 298 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed...

Word Count : 513

Japanese submarine Yu 1010

Last Update:

longer, having a slightly larger displacement and more powerful diesel engine that increased the maximum speed by 2 knots (3.7 km/h; 2.3 mph), and probably...

Word Count : 578

PDF Search Engine © AllGlobal.net