The chart shows the distribution of publications by all Research.com ranked scientists in the field of Engineering and Technology in 2026. The highlighted bar marks where Gerald B. Sheblé sits on this spectrum.
This scientist: 144 publications — 24th percentile
24% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 804 publications or more.
The chart shows the D-index (discipline H-index) distribution of Engineering and Technology scientists ranked by Research.com in 2026. The highlighted bar marks where Gerald B. Sheblé sits on this spectrum.
This scientist: 36 D-Index — 13th percentile
13% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 107 D-Index or more.
His primary areas of investigation include Electric power system, Electric power industry, Genetic algorithm, Mathematical optimization and Load management. His Electric power industry research includes themes of Bidding, Common value auction, Microeconomics, Profit and Operations research. He has included themes like Stochastic game, Lagrangian relaxation, Algorithm, Computation and Economic dispatch in his Genetic algorithm study.
His research in Economic dispatch focuses on subjects like Nonlinear programming, which are connected to Electrical network. The study incorporates disciplines such as Power system simulation and Economic forecasting in addition to Mathematical optimization. As a member of one scientific family, he mostly works in the field of Load management, focusing on Load following power plant and, on occasion, Deregulation.
Gerald B. Sheblé mainly focuses on Electric power system, Mathematical optimization, Microeconomics, Electric power industry and Electricity market. When carried out as part of a general Electric power system research project, his work on Power-flow study is frequently linked to work in Spacecraft, therefore connecting diverse disciplines of study. His Mathematical optimization research is multidisciplinary, incorporating perspectives in Power system simulation and Economic dispatch.
His Microeconomics research focuses on subjects like Electricity, which are linked to Supply and demand, Econometrics and Valuation. His work deals with themes such as Competition, Load management, Industrial organization and Electric power, which intersect with Electric power industry. His studies in Electricity market integrate themes in fields like Market power and Energy market.
His main research concerns Electricity market, Mathematical optimization, Electricity, Microeconomics and Wind power. Gerald B. Sheblé interconnects Market power, Bidding, Automaton and Factor market in the investigation of issues within Electricity market. His work in the fields of Stochastic programming overlaps with other areas such as Production cost.
Gerald B. Sheblé works mostly in the field of Stochastic programming, limiting it down to concerns involving Optimization problem and, occasionally, Genetic algorithm and Evolutionary computation. In the field of Electricity, his study on Electric power industry overlaps with subjects such as Economic forces. His Common value auction study in the realm of Microeconomics interacts with subjects such as Contingency and Work.
His primary areas of study are Electricity, Electricity market, Mathematical optimization, Renewable energy and Wind power. His biological study spans a wide range of topics, including Shadow price, Flow network, Market power, Nash equilibrium and Hidden Markov model. The concepts of his Electricity market study are interwoven with issues in Supply and demand, Production and Market participant.
His Mathematical optimization research incorporates elements of Bidding, Energy supply and Complete information. His study focuses on the intersection of Renewable energy and fields such as Environmental economics with connections in the field of Electric power, Feed-in tariff, Electric power industry and Valuation of options. His studies in Wind power integrate themes in fields like Photovoltaic system, Hydroelectricity, Wave power and Energy storage.
D.C. Walters;G.B. Sheble
G.B. Sheble;G.N. Fahd
G.B. Sheble;K. Brittig
C. K. Pang;G. B. Sheble;F. Albuyeh
J. Kumar;Kah-Hoe Ng;G. Sheble
Gerald B. Sheble
K.-H. Ng;G.B. Sheble
C.W. Richter;G.B. Sheble
C.W. Richter;G.B. Sheble
D.L. Post;S.S. Coppinger;G.B. Sheble
T.T. Maifeld;G.B. Sheble
T. Smed;G. Andersson;G.B. Sheble;L.L. Grigsby
C.W. Richter;G.B. Sheble;D. Ashlock
J. Kumar;Kah-Hoe Ng;G. Sheble
Gerald B. Sheblé;Timothy T. Maifeld
S. Dekrajangpetch;G.B. Sheble;A. Conejo
G.B. Sheble
Kory W. Hedman;Gerald B. Sheble
G.B. Sheblé;T.T. Maifeld;K. Brittig;G. Fahd
R. P. Schulte;J. N. Wrubel;S. L. Larsen;G. B. Sheble
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