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'''Born: 12 March 1863<br>Died: January 1941'''
== Biography ==


== Early Life and Education  ==
<p>[[Image:Lewis B. Stillwell.jpg|thumb|right]] </p>


Lewis B. Stillwell was born in Scranton, PA, in 1863 into a family that arrived in America during colonial times. He began his studies at Wesleyan and completed a degree in electrical engineering at Lehigh University in 1885. He later received honorary Sc.D. degrees from both institutions.
<p>'''Born: 12 March 1863<br>Died: January 1941''' </p>


== Career at Westinghouse  ==
<p>Lewis B. Stillwell was born in Scranton, PA, in 1863 into a family that arrived in America during colonial times. He began his studies at Wesleyan and completed a degree in electrical engineering at Lehigh University in 1885. He later received honorary Sc.D. degrees from both institutions. </p>


Stillwell joined the engineering staff of the Westinghouse Electric and Manufacturing Company in Pittsburgh, as an assistant electrician. It was at Westinghouse that he and a small group of outstanding young engineers, including Charles F. Scott, Otto Shallenberger, and Benjamin G. Lamme, worked to develop an alternating-current power system. Stillwell became Chief Electrical Engineer at Westinghouse in 1891, and the first hydroelectric generating plant at Niagara Falls was designed and installed under his leadership. The Niagara Falls plant began operation in August 1895, and, in 1897, Stillwell left Westinghouse to become the electrical director of the Niagara Falls Power Company.  
<p>Stillwell joined the engineering staff of the Westinghouse Electric and Manufacturing Company in Pittsburgh, as an assistant electrician. It was at Westinghouse that he and a small group of outstanding young engineers, including [[Charles F. Scott|Charles F. Scott]], Otto Shallenberger, and [[Benjamin G. Lamme|Benjamin G. Lamme]], worked to develop an alternating-current power system. Stillwell became Chief Electrical Engineer at Westinghouse in 1891, and [[Milestones:Adams Hydroelectric Generating Plant, 1895|the first hydroelectric generating plant at Niagara Falls]] was designed and installed under his leadership. The Niagara Falls plant began operation in August 1895, and, in 1897, Stillwell left Westinghouse to become the electrical director of the Niagara Falls Power Company. </p>


== Independent Consulting Career  ==
<p>In 1899, the Manhattan Elevated Railway Company engaged him as a consultant. By 1900, he had left Westinghouse and opened an office in New York City to pursue independent consulting, a project which formed the rest of his career, finally retiring in 1938. His successful engineering practice focused on railroad electrification and electric power transmission, serving a variety of clients including the Manhattan Elevated Railway Company, the New Haven Railroad, and the Port of New York Authority. He also served as director of the [[Straphanger History: Lewis B. Stillwell's Power to Move People|Rapid Transit Subway Company in New York City]] beginning in 1900. </p>


[[Image:Lewis B. Stillwell.jpg|thumb|right]]In 1899, the Manhattan Elevated Railway Company engaged him as a consultant. By 1900, he had left Westinghouse and opened an office in New York City to pursue independent consulting, a project which formed the rest of his career, finally retiring in 1938. His successful engineering practice focused on railroad electrification and electric power transmission, serving a variety of clients including the Manhattan Elevated Railway Company, the New Haven Railroad, and the Port of New York Authority. He also served as director of the Rapid Transit Subway Company in New York City beginning in 1900.  
<p>Conservation of energy was one of Stillwell's main concerns. In 1914 he spoke on the subject of electricity and conservation of energy at a joint meeting of the [[AIEE History 1884-1963|American Institute of Electrical Engineers (AIEE)]] and three other national engineering societies. According to Stillwell, conservation meant "utilization without unnecessary waste" and, more broadly, it meant the development of natural resources, such as water, in such a way as to enhance or increase the resource. For example, he pointed out that renewal of forests produced beneficial effects on stream flow. He suggested that steps should be taken to turn the nation away from "reckless waste ... to a policy of wise conservation, having due regard to the common interest now and in the future." Stillwell urged the professional engineering societies to take an active role, not only in conservation of resources, but also in influencing public opinion "along lines that will result in the enactment of just and wise laws." He continued that the "economic utilization of our natural resources is the fundamental problem of all engineering." He concluded that every engineer ought to strive to prevent mistakes in policy which might result "from actions based upon insufficient and inaccurate knowledge." </p>


== Research Interests  ==
<p>Stillwell held a number of patents for his inventions, including the Stillwell regulator and a time-limit circuit breaker. </p>


Conservation of energy was one of Stillwell's main concerns. In 1914 he spoke on the subject of electricity and conservation of energy at a joint meeting of the American Institute of Electrical Engineers (AIEE) and three other national engineering societies. According to Stillwell, conservation meant "utilization without unnecessary waste" and, more broadly, it meant the development of natural resources, such as water, in such a way as to enhance or increase the resource. For example, he pointed out that renewal of forests produced beneficial effects on stream flow. He suggested that steps should be taken to turn the nation away from "reckless waste ... to a policy of wise conservation, having due regard to the common interest now and in the future." Stillwell urged the professional engineering societies to take an active role, not only in conservation of resources, but also in influencing public opinion "along lines that will result in the enactment of just and wise laws." He continued that the "economic utilization of our natural resources is the fundamental problem of all engineering." He concluded that every engineer ought to strive to prevent mistakes in policy which might result "from actions based upon insufficient and inaccurate knowledge."
<p>Stillwell was quite active in the AIEE, serving on its committee on standardization in 1898 and as the [[Presidents of the American Institute of Electrical Engineers (AIEE)|AIEE President]] for 1909-1910. During his tenure as President, he created a committee to formulate a code of ethics for electrical engineers. In 1933 he received the [[IEEE Lamme Medal|AIEE Lamme Medal]] (named for his former colleague at Westinghouse) and, two years later, the [[IEEE Edison Medal|Edison Medal]] "For his distinguished engineering achievements and his pioneer work in the generation, distribution, and utilization of electric energy." He was elected to the National Academy of Sciences in 1921. </p>


== Professional Organizations, Recognition and Accomplishments  ==
<p>Stillwell also served as president of the American Society of Consulting Engineers and belonged to a wide variety of other organizations, including: the American Society of Civil Engineers, the British Institution of Electrical Engineers, and the American Philosophical Association. </p>


Stillwell held a number of patents for his inventions, including the Stillwell regulator and a time-limit circuit breaker.
== Further Research  ==
 
Stillwell was quite active in the AIEE, serving on its committee on standardization in 1898 and as the AIEE President for 1909-1910. During his tenure as President, he created a committee to formulate a code of ethics for electrical engineers. In 1933 he received the AIEE Lamme Medal (named for his former colleague at Westinghouse) and, two years later, the Edison Medal "For his distinguished engineering achievements and his pioneer work in the generation, distribution, and utilization of electric energy." He was elected to the National Academy of Sciences in 1921.
 
Stillwell also served as president of the American Society of Consulting Engineers and belonged to a wide variety of other organizations, including: the American Society of Civil Engineers, the British Institution of Electrical Engineers, and the American Philosophical Association.


== Further Research  ==
[[Archives:Papers of L.B. Stillwell|Papers of L.B. Stillwell]] - correspondence and records, 1892 - 1941


Straphanger History: [http://www.ieeeghn.org/wiki/index.php/Straphanger_History:_Lewis_B._Stillwell_and_Alternating_Current Lewis B. Stillwell and Alternating Current]. [http://www.ieeeghn.org/wiki/index.php/Straphanger_History:_Lewis_B._Stillwell%27s_Power_to_Move_People Lewis B. Stillwell's Power to Move People].&nbsp; GHN articles.<br>  
<p>Straphanger History: [http://www.ieeeghn.org/wiki/index.php/Straphanger_History:_Lewis_B._Stillwell_and_Alternating_Current Lewis B. Stillwell and Alternating Current]. [http://www.ieeeghn.org/wiki/index.php/Straphanger_History:_Lewis_B._Stillwell%27s_Power_to_Move_People Lewis B. Stillwell's Power to Move People].&nbsp; GHN articles.<br> </p>


Condit, Kenneth H. [http://books.nap.edu/html/biomems/lstillwell.pdf "Lewis Buckley Stillwell 1863-1941"].&nbsp; (Washington DC: National Academy of Sciences, 1960)<br>  
<p>Condit, Kenneth H. [http://books.nap.edu/html/biomems/lstillwell.pdf "Lewis Buckley Stillwell 1863-1941"].&nbsp; (Washington DC: National Academy of Sciences, 1960)<br> </p>


[http://diglib.princeton.edu/ead/eadGetDoc.xq?id=/ead/mss/C0584.EAD.xml Lewis B. Stillwell Papers].&nbsp; Archival Collection.&nbsp; Princeton University.s  
<p>[http://diglib.princeton.edu/ead/eadGetDoc.xq?id=/ead/mss/C0584.EAD.xml Lewis B. Stillwell Papers].&nbsp; Archival Collection.&nbsp; Princeton University.s </p>


[[Category:People_and_organizations]] [[Category:Engineers]] [[Category:Power,_energy_&_industry_application|Category:Power,_energy_&amp;_industry_application]] [[Category:Power_generation]] [[Category:Hydroelectric_power_generation]] [[Category:Energy]] [[Category:Energy_resources]] [[Category:Transportation]] [[Category:Land_transportation]] [[Category:Rail_transportation]]
[[Category:Power, energy & industry application|Stillwell]] [[Category:Power generation|Stillwell]]

Revision as of 20:34, 3 February 2012

Biography

Lewis B. Stillwell.jpg

Born: 12 March 1863
Died: January 1941

Lewis B. Stillwell was born in Scranton, PA, in 1863 into a family that arrived in America during colonial times. He began his studies at Wesleyan and completed a degree in electrical engineering at Lehigh University in 1885. He later received honorary Sc.D. degrees from both institutions.

Stillwell joined the engineering staff of the Westinghouse Electric and Manufacturing Company in Pittsburgh, as an assistant electrician. It was at Westinghouse that he and a small group of outstanding young engineers, including Charles F. Scott, Otto Shallenberger, and Benjamin G. Lamme, worked to develop an alternating-current power system. Stillwell became Chief Electrical Engineer at Westinghouse in 1891, and the first hydroelectric generating plant at Niagara Falls was designed and installed under his leadership. The Niagara Falls plant began operation in August 1895, and, in 1897, Stillwell left Westinghouse to become the electrical director of the Niagara Falls Power Company.

In 1899, the Manhattan Elevated Railway Company engaged him as a consultant. By 1900, he had left Westinghouse and opened an office in New York City to pursue independent consulting, a project which formed the rest of his career, finally retiring in 1938. His successful engineering practice focused on railroad electrification and electric power transmission, serving a variety of clients including the Manhattan Elevated Railway Company, the New Haven Railroad, and the Port of New York Authority. He also served as director of the Rapid Transit Subway Company in New York City beginning in 1900.

Conservation of energy was one of Stillwell's main concerns. In 1914 he spoke on the subject of electricity and conservation of energy at a joint meeting of the American Institute of Electrical Engineers (AIEE) and three other national engineering societies. According to Stillwell, conservation meant "utilization without unnecessary waste" and, more broadly, it meant the development of natural resources, such as water, in such a way as to enhance or increase the resource. For example, he pointed out that renewal of forests produced beneficial effects on stream flow. He suggested that steps should be taken to turn the nation away from "reckless waste ... to a policy of wise conservation, having due regard to the common interest now and in the future." Stillwell urged the professional engineering societies to take an active role, not only in conservation of resources, but also in influencing public opinion "along lines that will result in the enactment of just and wise laws." He continued that the "economic utilization of our natural resources is the fundamental problem of all engineering." He concluded that every engineer ought to strive to prevent mistakes in policy which might result "from actions based upon insufficient and inaccurate knowledge."

Stillwell held a number of patents for his inventions, including the Stillwell regulator and a time-limit circuit breaker.

Stillwell was quite active in the AIEE, serving on its committee on standardization in 1898 and as the AIEE President for 1909-1910. During his tenure as President, he created a committee to formulate a code of ethics for electrical engineers. In 1933 he received the AIEE Lamme Medal (named for his former colleague at Westinghouse) and, two years later, the Edison Medal "For his distinguished engineering achievements and his pioneer work in the generation, distribution, and utilization of electric energy." He was elected to the National Academy of Sciences in 1921.

Stillwell also served as president of the American Society of Consulting Engineers and belonged to a wide variety of other organizations, including: the American Society of Civil Engineers, the British Institution of Electrical Engineers, and the American Philosophical Association.

Further Research

Papers of L.B. Stillwell - correspondence and records, 1892 - 1941

Straphanger History: Lewis B. Stillwell and Alternating Current. Lewis B. Stillwell's Power to Move People.  GHN articles.

Condit, Kenneth H. "Lewis Buckley Stillwell 1863-1941".  (Washington DC: National Academy of Sciences, 1960)

Lewis B. Stillwell Papers.  Archival Collection.  Princeton University.s