Rensselaer Polytechnic Institute, Department of Electric Power Engineering
The Resource Rensselaer Polytechnic Institute, Department of Electric Power Engineering Label
 Rensselaer Polytechnic Institute, Department of Electric Power Engineering
 Subordinate unit
 Department of Electric Power Engineering
98 Items by the Organization Rensselaer Polytechnic Institute, Department of Electric Power Engineering
Context
Context of Rensselaer Polytechnic Institute, Department of Electric Power EngineeringContributor of
 500 kV insulation coordination
 A comprehensive analysis for evaluating the bottle boring of cylindrical rotor synchronous machines
 A high powerquality, threephase utility interface
 A high voltage current limiting device utilizing temperature sensitive resistors
 A model for DC interruption in diffuse vacuum arcs
 A nonlinear lumped parameter model for transient studies of single phase core form transformers
 A novel fault location technique for interconnected electrical circuits using artificial neural networks
 A systems approach for standalone residential fuel cell power system design
 A transient analysis of a shunt thyristor bridge excitation system for synchronous machines
 A twophase switchedreluctance motor and its drive
 Advances in hydrogenerator models
 Advances in modelling of electromechanical devices with moving eddy current regions
 Advances in threedimensional field analysis and evaluation of performance parameters of electrical machines
 An expert system for the analysis and assessment of large power transformer short circuit design
 An optimal generation planning program containing both electric and financial constraints
 Analysis of algorithms for ultrahigh speed relays for the protection of high voltage transmission lines
 Analysis of electric machines using the finite element method
 Analysis of rotor faults in three phase induction machines
 Analysis of voltages generated in auxiliary windings of large steam turbinegenerators
 Approaches to shortcircuit currentlimiting
 Behavior of vacuum switching devices for short gaps
 Characterization of fast risetime transients while switching large 13.2 KV motors
 Computational aspects of the boundary element method applied to two and three dimensional magnetic field problems
 Corona losses in 220 KV and 400 KV transmission lines
 Corona performance of toroidal electrodes for high voltage equipment
 Corrective control of flow in a power system by line and busbar switching
 Current control techniques for three phase power converters
 Detailed lossytransformer model
 Development and application of a model for the evaluation of the impacts of load management on power system planning and operation
 Development and application of electric utility financial simulation techniques for the evaluation of electric energy alternatives for New York State
 Development of a methodology to reduce the order of a detailed lumped parameter transformer model
 Direct adaptive control of permanent magnet motors
 Discretecycle modulated solidstate onload tap changing transformers
 Disturbance analysis using power system measured data
 Dynamic analysis of power system voltage stability
 Dynamic response of power transformer windings and clamps under axial short circuit forces
 Dynamics of streaming electrification in large power transformers
 Electrokinetic and flow effects in dielectric liquids
 Evaluation of the radio noise level for 220 KV and 400 KV lines
 Extensions to the finite element method for nonlinear magnetic field problems
 Extensions to the finite element method for the analysis of inverse problems in electromagnetic devices
 Extensions to the finite element method for the electromechanical analysis of electric machines
 Extra high voltage shunt reactor loss calculation by the finite element method
 Fault locating system and optimal PMU placement using traveling waves
 Feedforward current control of single phase PFC converters using a digital controller
 Finite element modelling of turbine generator rotor using electric and current vector potentials
 Generation and control of over voltages due to power circuit breaker closing operation on high voltage transmission lines
 Generator insulation diagnostics using acoustic and partial discharge characteristics
 Grid distortion and decomposition for three dimensional fields
 Hierachical pelton turbine control in a small power system
 Highvoltage, silicon trench sidewall oxidemerged PIN/schottky (TSOXMPS) rectifier
 Hybrid finiteboundary element analysis of time harmonic electromagnetic fields
 Impulse waveform effects on the behavior of nonuniform field SF(Sub 6) short gaps
 Interleaved operation of modular threephase inverters
 Investigations on the internal faults in synchronous machines
 Laboratory model studies of electrokinetic effects in power transformers
 Large steam turbinegenerator end region losses: magnetic field analysis by finite element method
 Location of partial discharge within windings by means of electrical terminal measurements
 Long range trends in the character of electric power systems
 Lumped parameter based transformer analysis : modeling, reduction, time and frequency domain solutions
 Mathematical model for long term electric generation planning and selected applications
 Modeling of the short flux path mutually coupled switched reluctance machine
 Multipole analysis of circular cylindrical magnetic systems
 Neutral grounding of shunt capacitor banks
 Numerical methods for general three dimensional potential problems
 Numerical modeling of electrification phenomena and its implications for dielectric integrity
 Numerical modeling of high voltage circuit breaker arcs and their interraction with the power system
 Numerical modeling of static electrification and its application for insulating structures
 Observer design for a single stand rolling mill
 Operation and control characteristics of a zerovoltage transition PWM power converter
 Optimization of transmission line planning including security constraints
 Partial discharge spectroscopy for insulation diagnosis
 Performance characterization of a high power density switched reluctance machine
 Power system dynamic equivalencing : advanced analysis and improvements
 Power system modeling using petri nets
 Probabilistic methods for transmission line design
 Pulsed electrostatic precipitation
 Robust control design for power system damping controllers with application to facts devices
 Sensorless position estimation for switched reluctance motors using artificial neural networks
 Soft switching active snubbers for DC/DC and DC/AC converters
 Steady state frequency response of a salientpole synthronous machine by finite element methods
 Structured uncertainty modeling and robust control design for power systems
 The calculation of electromagnetic fields by the finite element analysis method: An investigation of Bicubic spline models of reluctivity
 The evaluation of streaming electrificaton in a transformer context
 The finite elementboundary integral hybrid method and its applicatin to twodimensional electromagnetic field problems
 The post arc phenomena in rapidly commutated diffuse vacuum arcs
 Theoretical and experimental investigations into low current steady state and transient arcs in a dual flow nozzle
 Thermal sleeve heat transfer and stress analysis
 Three dimensional electric fields: Division into tetrahedral elements
 Threedimensional electrostatic finite element solutions using zmatrix methods
 Threephase shunt active power filter systems for high power applications
 Time optimal load shedding for power systems with distributed resources
 Timeoptimal control in highorder nonlinear power systems
 Transient analysis of induction machines using finite elements
 Transient interaction of transformers and transmission lines
 Transients due to vacuum circuit breaker operations in a motor supply network
 Transmission network planning using linear and linear mixed integer programming
 Utility interface design and mutually coupled switched reluctance machine study for a wind generation system
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