Arnold Nordsieck
ABSTRACT
After some experience with a mechanical differential analyser of the Bush type, the author became convinced that there was a need for a smaller, cheaper instrument of this type with a faster and more convenient setup procedure. The large instruments are so large and expensive mainly because of the torque amplifiers they contain and are somewhat inconvenient to use because, aside from considerations of accessibility to the individual researcher, they have rather long and complicated setup procedures.
- V. Bush, "The Differential Analyser, a New Machine for Solving Differential Equations," Journal Franklin Institute vol 212, p 447, 1931.Google Scholar
Cross Ref
- V. Bush and S. H. Caldwell, "A New Type of Differential Analyser," Journal Franklin Institute vol 240, No. 4, 1945.Google ScholarCross Ref
- J. Crank, "The Differential Analyser," Longmans Green and Co., London, 1947.Google Scholar
- A. C. Cook and F. J. Maginniss, "Applications of the Differential Analyser," General Electric Review vol 52, p 14, 1949.Google Scholar
- L. F. Holder, "Principles of Selsyn Equipments and Their Operation," General Electric Review vol 33, p 500, 1930.Google Scholar
- H. W. Reding, "Synchronized Drives without Mechanical Connection," Electric Journal vol 33, p 277, 1933Google Scholar
- James Thompson, Proceedings of the Royal Society, vol 24, p 262, 1876.Google ScholarCross Ref
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