Oct 16, 2017 · The proposed co-simulation could provide accurate prediction for the system's dynamics, during both charging and discharging operation. The ...

FIU Discovery · Physics-Based Co-Simulation Platform With Analytical and Experimental Verification for Bidirectional IPT System in EV Applications Article.

A physics-based co-simulation platform for the bidirectional IPT system (BIPTS) in EVs' applications that could provide accurate prediction for the system's ...

Physics-Based Co-simulation Platform with. Analytical and Experimental Verification for. Bidirectional IPT System in EV Applications. Ahmed A. S. Mohamed ...

This paper presents a general electromagnetic compatibility (EMC) considerations for bidirectional inductive wireless power transfer system (BIWPTS) in EVs ...

Physics-Based Co-Simulation Platform With Analytical and Experimental Verification for Bidirectional IPT System in EV Applications · Engineering, Physics. IEEE ...

Physics-based co-simulation platform with analytical and experimental verification for bidirectional IPT system in EV applications. AAS Mohamed, O Mohammed.

Physics-Based Co-Simulation Platform With Analytical and Experimental Verification for Bidirectional IPT System in EV Applications. Article. Oct 2017.

Physics-Based Co-Simulation Platform With Analytical and Experimental Verification for Bidirectional IPT System in EV Applications. 67:275-284. 2018 ...

Physics-based co-simulation platform with analytical and experimental verification for bidirectional IPT system in EV applications. AAS Mohamed, O Mohammed.