E
Evgenii Rudnyi
Guest
Hello,
A new paper is available online
Efficient Electrothermal Simulation of Power Electronics for Hybrid
Electric Vehicle
http://www.technet-alliance.com/uploads/tx_caeworld/paper_eurosime32_killat_rudnyi.pdf
Its abstract is
An IGBT module is an essential part of any hybrid electric vehicle. In
turn, its thermal management happens to be crucial in order to reach
high reliability coupled with high efficiency. In the present work, a
methodology based on Krylov based model reduction is employed to
generate automatically an accurate compact thermal model of the IGBT-
module from a high dimensional finite element model. We present a
complete design flow when one starts from an accurate finite element
model, generates a compact dynamic thermal model and then uses it in a
system simulator to develop the circuitry that is aware of thermal
behavior of the system.
Best wishes,
Evgenii Rudnyi
http://ModelReduction.com
A new paper is available online
Efficient Electrothermal Simulation of Power Electronics for Hybrid
Electric Vehicle
http://www.technet-alliance.com/uploads/tx_caeworld/paper_eurosime32_killat_rudnyi.pdf
Its abstract is
An IGBT module is an essential part of any hybrid electric vehicle. In
turn, its thermal management happens to be crucial in order to reach
high reliability coupled with high efficiency. In the present work, a
methodology based on Krylov based model reduction is employed to
generate automatically an accurate compact thermal model of the IGBT-
module from a high dimensional finite element model. We present a
complete design flow when one starts from an accurate finite element
model, generates a compact dynamic thermal model and then uses it in a
system simulator to develop the circuitry that is aware of thermal
behavior of the system.
Best wishes,
Evgenii Rudnyi
http://ModelReduction.com