closecloseaboutactivitiessocietyinventorstechnologyphysicsHomesitemaphelpsearchsettingsprint version



Rudolf Christian Karl Diesel (1858-1913)

Source: Helmut Hütten, "Motoren", Motorbuchverlag Stuttgart, Cover
A German engineer and inventor who contributed to the advancement of technology with his internal-combustion engine. Although he was best recognized for his invention of the pressure-ignited heat engine that bears his name, Rudolf Diesel was also an eminent thermal engineer, a linguist, a "connoisseur" of the arts, and a social theorist.

He was born on March 18, 1858. His parents were Bavarian.

Diesel pursued his education in England and at the Polytechnic School in Munich. He worked as a mechanic and parts designer for two years at the Sulzer Machine Works of Winterthur in Switzerland. In 1880, he returned to Paris and began his career. He joined the Linde Refrigeration Enterprises and worked as a refrigerator engineer.

During the year 1885, Rudolf established his first shop-laboratory in Paris and began his 13-year ordeal of creating and developing his distinctive engine. He moved to the Berlin branch to continue his search for an efficient internal-combustion engine, in 1890. In 1892, he received a patent for his internal-combustion engine, which utilized auto-ignition of fuel. His ideas for a machine where the combustion would be transported within the cylinder were published. On August 10, 1893, in Augsburg, Diesel's prime model, which was composed of only a 10-foot iron cylinder with a flywheel at its base, operated on its own power for the first time. For ten years he developed various heat engines, including a solar-powered air engine. Diesel spent two more years at improvements and in 1896, he presented an enhanced model that was very successful commercially .He constructed the first successful diesel engine, employing low-cost fuel while he was associated with the Krupp firm in Essen. His "rational heat motor" demonstrated the first compression-ignition engine in 1897. Commercial manufacture was delayed another year and began at a very gradual pace. However, by 1898 Diesel became very wealthy from franchise fees in great part international. His engines were utilized to power electric and water plants, pipelines, automobiles and trucks, and marine craft, and soon after were employed in applications that included oil fields, mines, factories, and transoceanic shipping. Rudolf spent most of his life at his factory in Augsburg.

On September 29,1913, while on a voyage to London, England, Diesel was lost overboard from the steamer Dresden and drowned in the English Channel.




Search...
Links about "Diesel"

Ideal Heat Engine Gas Cycles
http://www.ac.wwu.edu/~vawter/PhysicsNet/Topics/ThermLaw2/Entropy/GasCycleEngines.html
Language: English | Rating: 4.884 | Hits: 5793 | Status: broken? | founder: sye
Description and graphs of ideal heat engine gas cycles.

diesel engine operatioN $ analysis
http://www.library.thinkquest.org
Language: English | Rating: 4.651 | Hits: 2264 | Status: broken? | founder: other


  1. to 2. Link of 2 possible Links. 

Add Link


User-Files about "Diesel"

No User-Files about "Diesel"

Upload File




Top


© 2000 by ThinkQuest team C006011


Thermodynamik

First Experiments
Steam engines
Stirling engine
Internal Combustion engine
Steam turbines
Gas turbines

Biography Heron of Alexandria
Biography Otto von Guericke
Biography Thomas Newcomen
Biography James Watt
Biography Sadi Carnot
Biography Rudolf Diesel
Biography Felix Wankel

Society and engines
Environment

Explore
Settings
Print version
Add Contents to this website
Add Link to this website
Forum
Search the site

Help
About us
References
Sitemap
Animations
Feedback
E-mail

Basics
The 4 Laws of Thermodynamics
Carnot Cycle

Heron u.a.
Guericke

Papin
Savery
Newcomen
Watt
Steam trains
Steam cars
Steam boats

Huygens
Gas engines
Otto engine
Multiple-cylinder engines
2-stroke engine
Diesel engine
Wankel engine

watt
otto

Cubic capacity
Guericke
order p-V diagrams
Sound