AI & ChatGPT searches , social queriess for HESSELMAN ENGINE
Search references for HESSELMAN ENGINE. Phrases containing HESSELMAN ENGINE
See searches and references containing HESSELMAN ENGINE!
Search references for HESSELMAN ENGINE. Phrases containing HESSELMAN ENGINE
See searches and references containing HESSELMAN ENGINE!HESSELMAN ENGINE
Type of internal combustion engine
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.
Hesselman_engine
Mixture formation system
used for starting; once running, the engine was switched to a cheaper fuel. Introduced in 1925, the Hesselman engine was used by truck and heavy equipment
Gasoline_direct_injection
Swedish engineer
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
Jonas_Hesselman
gas-turbine engine is patented by French engineer Maxime Guillaume. 1925: The first gasoline direct injection engine – the Hesselman engine for trucks
History of the internal combustion engine
History_of_the_internal_combustion_engine
Hulsebos-Hesselman axial oil engines were five cylinder, four stroke, wobble plate engines that originated in and were used throughout the Netherlands
Hulsebos-Hesselman axial oil engines
Hulsebos-Hesselman_axial_oil_engines
Type of internal combustion engine
direct injection was the Hesselman engine invented by Swedish engineer Jonas Hesselman in 1925. Hesselman engines used the ultra lean burn principle and
Stratified_charge_engine
Internal combustion engine
factory archives. Crude oil engine Hesselman engine Fuel injection Gasoline direct injection Prosper L'Orange "Hot-Bulb Marine Engine Builders". Archived from
Hot-bulb_engine
Topics referred to by the same term
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
Oil_engine
Machine that converts one or more forms of energy into mechanical energy (of motion)
replacement Electric motor Engine cooling Engine swap Gasoline engine HCCI engine Hesselman engine Hot bulb engine IRIS engine Micromotor Flagella – biological
Engine
Dual-fuel Internal Combustion Engine
injection system. An example of a fuel-injected petrol-paraffin engine is the Hesselman engine. Paraffin is less volatile than petrol, and will not normally
Petrol-paraffin_engine
Feature of internal combustion engines
spark-ignition engine to use direct-injection was the 1925 Hesselman engine, designed by Swedish engineer Jonas Hesselman. This engine could run on a
Fuel_injection
Motor vehicle
equipped with bus bodies. From 1933 the LV66-series were sold with a Hesselman engine as an alternative. Olsson, Christer (1987). Volvo – Lastbilarna igår
Volvo_LV66-series
Motor vehicle
older DC engine of the LV90-series was replaced by the bigger FC engine. Both engines were offered in Hesselman version. 1936 Volvo LV84 fire engine. 1938
Volvo_LV81-series
Dieselisation Forced induction Gasoline direct injection Hesselman engine History of the internal combustion engine Hybrid power source Indirect injection Junkers
History_of_the_diesel_car
Motor vehicle
capacity of 4 to 5 tonnes and was sold with a six-cylinder engine in petrol or Hesselman version. In 1936 the truck was modernized with a more streamlined
Scania-Vabis_335
Motor vehicle
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
Volvo_Roundnose
Motor vehicle
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
Volvo_Longnose
American freight railway
1005-1006 American Car and Foundry Company Motorailer Diesel-mechanical Hesselman engine 1800, 1802, 1804 N/A Electro-Motive Diesel GP18 Diesel–electric 2000
New York, Susquehanna and Western Railway
New_York,_Susquehanna_and_Western_Railway
Defunct Swedish vehicle manufacturer
which was also when the company begun developing its first engine operating on the Hesselman principle. In 1930 engineer Allan Lindström designed the first
Tidaholms_Bruk
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_22
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_5
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_24
Electric laboratories in Pittsburgh, Pennsylvania. Jonas Hesselman introduces the Hesselman engine. Sinclair Lewis's novel Arrowsmith is published in the
1925_in_science
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_8
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_16
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_6
French machinery and vehicle manufacturer
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
Somua
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_2001
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_23
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_17
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1003
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_4
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1010
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_21
Imperial Japanese Army Yu 3001-class submarine
Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 300 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed
Japanese_submarine_Yu_3001
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_7
American heavy equipment company
included Adams road graders, Best Manufacturing Company tractors, Hesselman engines, Cummins and P&H cranes. In 1924 M. D. Moody sold 238 P&H Draglines
M._D._Moody_&_Sons
Imperial Japanese Army Yu 3001-class submarine
Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 300 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed
Japanese_submarine_Yu_3003
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_12
Imperial Japanese Army Yu 3001-class submarine
Beam 3.90 m (12 ft 10 in) Draft 3.00 m (9 ft 10 in) Propulsion 2 × Hesselman engines 300 kW (400 bhp) surfaced 56 kW (75 shp) submerged single shaft Speed
Japanese_submarine_Yu_3002
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_14
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_10
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_13
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1005
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_11
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1001
Company
the earlier Hesselman Elhydraulik founded by Jonas Hesselman. Among other things, this company manufactured injection pumps for truck engines and it can
Haldex_(company)
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1008
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_15
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_2
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_2002
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_9
Vehicle used for transportation
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;
Type 3 submergence transport vehicle
Type_3_submergence_transport_vehicle
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_19
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1009
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_20
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_18
Imperial Japanese Army Yu 1-class submarine
was longer, with 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
Japanese_submarine_Yu_1002
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1006
Imperial Japanese Army Yu 1-class submarine
"cargo-carrying submarine" of crude construction powered by two six-cylinder diesel engines. The article said that she had no interior bulkheads and that her periscope
Japanese_submarine_Yu_3
Norwegian cargo ship
done by two Stork AEG Hesselman engines of the double acting two tact type with a power of 8,000 ihp each. The auxiliary engines of 1,400 ihp would also
MS_Moldanger_(1932)
WWII-era oil tanker
Cycle Single Acting diesel engine which had eight cylinders of 28.75 inches (73.0 cm) bore by 63 inches (160 cm) stroke. The engine was built by Gebroeders
Lothringen_(oil_tanker)
Imperial Japanese Army Yu 1-class submarine
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
Japanese_submarine_Yu_1007
1942 Edsall-class destroyer escort
Ltd., Orange, Texas; launched 1 November 1942; sponsored by Mrs. L. W. Hesselman; and commissioned 29 April 1943. After fitting out, Jacob Jones sailed
USS_Jacob_Jones_(DE-130)
German engineer (1880–1934)
business, Nibel introduced improvements for the oil powered engine designed in Sweden by Jonas Hesselman and manufactured at the time by Benz under licence. At
Johann_"Hans"_Nibel
Swedish steamship used for several polar expeditions
scientists were Axel Hamberg, Otto Kjellström, Gustaf Kolthoff and Henrik Hesselman. In 1899 the ship left on an expedition also under the command of Nathorst
Antarctic_(ship)
2024 annual yacht race in Australia
Tooher 4:10:31:46 68 RQ490 Fika (DH) Queensland Najad 1490 14.90 Annette Hesselmans Sophie Snijders 4:10:44:56 69 0122 Rumchaser (DH) New South Wales Johnstone
2024 Sydney to Hobart Yacht Race
2024_Sydney_to_Hobart_Yacht_Race
HESSELMAN ENGINE
HESSELMAN ENGINE
Boy/Male
American, Australian, British, Celtic, Chinese, Christian, Danish, English, French, German, Gujarati, Hindu, Indian, Irish
Champion; Blue; Lord Shiva (Blue Throat); Engineer to the Gods with Twin Nal Helped Rama Build the Bridge to Lanka
Boy/Male
Hindu, Indian
An Engineer
Surname or Lastname
English
English : nickname for someone with a pock-marked face (see Greeley).Richard Gridley arrived in Boston about 1630. His fourth-generation descendant Richard (1710/11–96) was born in Boston and became a military engineer and iron smelter.
Surname or Lastname
English
English : habitational name from either of two places called Hazleton in Gloucestershire, or from Hazelton Bottom in Hertfordshire, Hazelton Wood in Essex, or Hesselton in North Yorkshire. All are named from Old English hæsel ‘hazel’ + denu ‘valley’. (The first element of Hesselton may be influenced by Old Norse hesli.) It is possible that there are other minor places elsewhere of this name, in which the second element is Old English tūn ‘enclosure’, ‘settlement’. There has been considerable confusion of this name with Haselden.
Surname or Lastname
English
English : of uncertain origin. Reaney gives it as a variant of Mangnall, which he derives from Old French mangonelle, a war engine for throwing stones. It may alternatively be identical in origin with the German name in 2 below, but there is no evidence of its introduction to Britain as a personal name by the Normans, which is normally the case for English surnames derived from Continental Germanic personal names.German and French : from a Germanic personal name Managwald, composed of the elements manag ‘much’ + wald ‘rule’.
Surname or Lastname
English (chiefly Kent and Sussex)
English (chiefly Kent and Sussex) : occupational name for a designer or engineer, from a Middle English reduced form of Old French engineor ‘contriver’ (a derivative of engaigne ‘cunning’, ‘ingenuity’, ‘stratagem’, ‘device’). Engineers in the Middle Ages were primarily designers and builders of military machines, although in peacetime they might turn their hands to architecture and other more pacific functions.German : from the Latin personal name Januarius (see January 1). Jänner is a South German word for ‘January’, and so it is possible that this is one of the surnames acquired from words denoting months of the year, for example by converts who had been baptized in that month, people who were born or baptized in that month, or people whose taxes were due in January.
Surname or Lastname
Scottish
Scottish : name of a clan associated with Caithness, derived from the Old Norse personal name Gunnr (or the feminine form Gunne), a short form of any of various compound names with the first element gunn ‘battle’.Scottish : sometimes an Anglicized form of Gaelic Mac Gille Dhuinn ‘son of the servant of the brown one’ (see Dunn). (According to Woulfe a name of the same form also existed in Sligo, Ireland.)English : metonymic occupational name for someone who operated a siege engine or cannon, perhaps also a nickname for a forceful person, from Middle English gunne, gonne ‘ballista’, ‘cannon’, ‘gun’. The term originated as a humorous application of the Scandinavian female personal name Gunne or Gunnhildr.
HESSELMAN ENGINE
HESSELMAN ENGINE
Male
Egyptian
, captain of the boatmen of Rameses II.
Girl/Female
Latin
Devoted.
Girl/Female
Tamil
Attracted, Infatuated
Boy/Male
Arabic, Muslim
Shell; Oyster; Pearl
Boy/Male
Indian, Sikh
Money
Female
Arthurian
, little moon.
Female
Scottish
Scottish form of Latin Isabella, ISEABAIL means "God is my oath."
Boy/Male
Muslim/Islamic
Sullen
Boy/Male
American, Australian, British, English, French
Faithful; True
Girl/Female
Indian
Aspiration
HESSELMAN ENGINE
HESSELMAN ENGINE
HESSELMAN ENGINE
HESSELMAN ENGINE
HESSELMAN ENGINE
v. t.
To use contrivance and effort for; to guide the course of; to manage; as, to engineer a bill through Congress.
v. t.
To equip with an engine; -- said especially of steam vessels; as, vessels are often built by one firm and engined by another.
n.
The condition of rarefaction, or reduction of pressure below that of the atmosphere, in a vessel, as the condenser of a steam engine, which is nearly exhausted of air or steam, etc.; as, a vacuum of 26 inches of mercury, or 13 pounds per square inch.
imp. & p. p.
of Engineer
n.
A man who manages, or waits on, an engine.
n.
Engines, in general; instruments of war.
n.
An inclosing part of a receptacle or vessel; as, the walls of a steam-engine cylinder.
n.
One who manages as engine, particularly a steam engine; an engine driver.
n.
A contriver; an inventor; a contriver of engines.
n.
The act or art of managing engines, or artillery.
p. pr. & vb. n.
of Engineer
n.
Originally, the art of managing engines; in its modern and extended sense, the art and science by which the mechanical properties of matter are made useful to man in structures and machines; the occupation and work of an engineer.
pl.
of Engineman
v. t.
To assault with an engine.
n.
A person skilled in the principles and practice of any branch of engineering. See under Engineering, n.
n.
any preparation used to render an organism immune to some disease, by inducing or increasing the natural immunity mechanisms. Prior to 1995, such preparations usually contained killed organisms of the type for which immunity was desired, and sometimes used live organisms having attenuated virulence. since that date, preparations containing only specific antigenic portions of the pathogenic organism are also used, some of which are prepared by genetic engineering techniques.
v. t.
To lay out or construct, as an engineer; to perform the work of an engineer on; as, to engineer a road.