Vladimir Karapetoff
#38,007
Most Influential Person Across History
Russian-American electrical engineer, inventor, professor, and author
Vladimir Karapetoff's AcademicInfluence.com Rankings
Vladimir Karapetoffengineering Degrees
Engineering
#1963
Historical Rank
Electrical Engineering
#442
Historical Rank

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Engineering
Why Is Vladimir Karapetoff Influential?
(Suggest an Edit or Addition)According to Wikipedia, Vladimir Karapetoff was a Russian-American electrical engineer, inventor, professor, and author. Life He was the son of Nikita Ivanovich Karapetov and Anna Joakimovna Karapetova. Karapetoff first studied at Petersburg State University of Means of Communication taking his first certification in 1897 and a second in 1902. During his studies he was a consultant to the Russian government and served as an instructor teaching electrical engineering and hydraulics in three of Saint Petersburg's colleges.
Vladimir Karapetoff's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- The Electric Circuit (26)
- A chart of consecutive sets of electronic orbits within atoms of chemical elements (1930) (12)
- Parameters of heating curves of electrical machinery (6)
- Mechanical Forces between Electric Currents and Saturated Magnetic Fields (5)
- Initial and Sustained Short-Circuits in Synchronous Machines Analytical and Graphical Treatment of General Cases of Armature Windings Displaced by Arbitrary Angles, with Applications to One-, Two- and Three-Phase Machines (4)
- Corona Ellipses (1929) (4)
- A General Theory of Systems of Electric and Magnetic Units (1932) (4)
- The ``Heavisidion'' A Computing Kinematic Device for Long Trransmission Lines (3)
- Special Theory of Relativity in Hyperbolic Functions (1944) (2)
- Engineering schools and the changed conditions (1933) (2)
- Theory of absorption in solid dielectrics (2)
- The “Blondelion” a kinematic device which indicates the performance of a polyphase synchronous generator or motor (2)
- Pre-Charged Condensers in Series and in Parallel (1918) (2)
- LXIV. Divergence and curl in a vector field in terms of curvature and tortuosity (1916) (1)
- Straight-Line Relativity in Oblique Coordinates; also Illustrated by a Mechanical Model† (1926) (1)
- Mechanical forces between electric currents and saturated magnetic fields (1)
- A Graphical Theory of Traveling Electric Waves Between Parallel Conductors (1929) (1)
- On the equivalence of the two theories of the single phase induction motor (1921) (1)
- The use of the scalar product of vectors in locus diagrams of electrical machinery (1923) (1)
- General Criterion for the Circular Locus of the Current Vector in A. C. Circuits and Machinery. (1925) (1)
- Some recent changes in our attitude towards the nature of the physical world (1930) (1)
- The “Heavisidion” a computing kinematic device for long transmission lines (1)
- The Use of Superimposed Imaginary E. M. Fs. Currents, and Fluxes in the Solution of Alternating-Current Problems (1)
- The secomor a kinematic device which imitates the performance of a series-wound polyphase commutator motor (1918) (1)
- The ``Indumor'' A Kinematic Device which Indicates the Performance of a Polyphase Induction Machine (1)
- An integraph based on parallel double tongs (1922) (1)
- Discussion on “some recent developments in exact alternating current measurements”. Jefferson, N. H., July 1, 1910. (see proceedings for July, 1910) (1910) (0)
- A scale for predicting nuclear transformations (1939) (0)
- The Secomor (0)
- A Device for Demonstrating the Properties of a Simple Permutation Group (1938) (0)
- Abridgment of electrophysics: Annual report of the electrophysics committee (1929) (0)
- The development of a five-stringed cello (1929) (0)
- Problems for Solution: 4202-4205 (1946) (0)
- The enlarging concept of engineering (1937) (0)
- Discussion at Pittsburg, February 2, 1904, on Alternating-Current Railway Motors (0)
- Discussion on ``The Attitude of the Technical School Toward the Profession of Electrical Engineering'' and ``On the Concentric Method of Teaching Electrical Engineering'', at Niagara Falls, N. Y., June 27, 1907 (1907) (0)
- Abridgment of a graphical theory of traveling electric waves between parallel conductors (1929) (0)
- Discussion on ``The Convection of Heat from Small Copper Wires.'' Frontenac, N. Y., June 28, 1909 (0)
- A general theory of systems of electric and magnetic units (1932) (0)
- Discussion on ``A Sketch of the Theory of the Adjustable-Speed, Single-Phase, Shunt Induction Motor,'' and ``Repulsion Motor with Variable-Speed, Shunt Characteristics.'' Frontenac, N. Y., June 28, 1909 (0)
- Some Properties of Correlative Vertex Lines in a Plane Triangle (1929) (0)
- Kirchoffs equations in a many-dimensional representative space (1939) (0)
- Variable armature leakage reactance in salient-pole synchronous machines (0)
- Formal Unification of Gradient, Divergence, and Curl, by Means of An Infinitesimal Operational Volume (0)
- Audible electric signals in industrial plants, and acoustical engineering (0)
- Wine Makers and Bottle Makers: a Parable (1934) (0)
- Kirchoff's equations in a many — Dimensional representative space (1939) (0)
- Aberration of Light in Terms of the Theory of Relativity as Illustrated on a Cone and a Pyramid (1924) (0)
- Common Sense in the Laboratory (1920) (0)
- Relativity Transformation of an Oscillation into a Traveling Wave, and De Broglie’s Postulate in Terms of Velocity Angle (1929) (0)
- The “Indumor”: A kinematic device which indicates the performance of a polyphase induction machine (0)
- Suggestions for electrical research in engineering colleges (0)
- On the concentric method of teaching electrical engineering (0)
- Discussion on ``The Vector Diagram of the Compensated Single-phase Alternating-Current Motor'', at Niagara Falls, N. Y., June 28, 1907 (1907) (0)
- Abridgment of corona ellipses (1929) (0)
- 1916 SECNAV SPEE Report (1916) (0)
- Pre-charged condensers in series and in parallel (0)
- Meeting at Pittsburg, May 5, 1904 (0)
- Initial and sustained short-circuits in synchronous machines: Analytical and graphical treatment of general gases of armature windings displaced by arbitrary angles, with applications to one-, two- and three-phase machines (0)
- Transformation of Electric and Magnetic Forces in a Plane Wave, in a Plane Normal to the Direction of Relative Motion of Two Observers (1924) (0)
- Theory of Absorption in Solid Dielectrics (0)
- Suggestions for Electrical Research in Engineering Colleges (1916) (0)
- Reports on 14 technical conferences held during the Summer convention at Ithaca (1935) (0)
- On the Concentric Method of Teaching Electrical Engineering (1907) (0)
- The ``Blondelion'' A Kinematic Device which Indicates the Performance of a Polyphase Synchronous Generator or Motor (0)
- Electrical laboratory experiments : theory and practice : being an abridgment of experimental electrical engineering (1936) (0)
- XCIII. General equations of a balanced alternating-current bridge (1922) (0)
- The Enlarging Concept or Engineering (1937) (0)
- Discussion on ``The Current Locus of the Single-Phase Induction Motor.'' Frontenac, N. Y. June 28, 1909 (0)
- Applications of mechanics to electrical engineering (1927) (0)
- Some types of discussers (1939) (0)
- Parameters of Heating Curves of Electrical Machinery (0)
- Some General Properties of Liquid Organic Dielectrics (1934) (0)
- Visual Tuning and Speed Control of a Phonograph Turntable (1937) (0)
- Variable Armature Leakage Reactance in Salient-Pole Synchronous Machines (0)
- Magnetization Curve, Names for Its Parts (1924) (0)
- Restricted Theory of Relativity in Terms of Hyperbolic Functions of Rapidities (1936) (0)
- The use of superimposed imaginary E. M. Fs. currents, and fluxes in the solution of alternating-current problems (0)
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