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Synthesis of a Controllable Circuit Breaker Mechanism.
Jobes CC; Palmer GM; Means KH
Trans Asme 1990 112:324-330
This U.S. Bureau of Mines paper addresses, for the first time, the synthesis, optimization, simulation, and analysis of a controllable circuit breaker mechanism. Type synthesis is performed by finding the mechanisms conforming to topological requirements set forth in the problem definition and evaluating them to determine whether they satisfy the stated functional requirements. Dimensional synthesis is performed upon these mechanisms by designating the equality and inequality constraints, assigning the variable types, and then searching the specified design space to determine if any solutions exist. An optimization is performed on any mechanisms found to determine which of the mechanism configurations is optimal with respect to the specified criteria of desirability. Simulation and analysis is then performed on the optimal mechanism to verify that it meets all specified requirements and constraints. The result of this design is a controllable residential circuit breaker that can be used in a residential load management scheme.
Trans. ASME, V. 112, Sept. 1990, PP. 324-330
Page last reviewed: December 30, 2021Content source: National Institute for Occupational Safety and Health Education and Information Division