PWT

PWT03 - Power Electronics

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Program : Powertrain Engineering

Content

Section 0

EC3.1 Introduction to Power Electronics

EC3.2 Fundamentals of electronics Applied to Power Electronics

EC3.3 Power Electronics

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Learning Objectives

Upon completion of this unit, students should be able to:

  • explain the advantages, disadvantages, challenges and technological trends of the various engine assemblies and component elements including their functions and operating conditions;
  • apply mechanical theory to kinematics and dynamics problems concerning the moving parts of the internal combustion engine; determine stress and applied loads for the main engine components under different operating conditions.
  • analyze the performance of a fuel injection system (diesel, gasoline, LPG and NGV), and be able to optimize injection parameters to improve engine management;
  • understand the influence of different design parameters on an intake and exhaust system in order to optimize engine air charging efficiency;
  • comprehend the influence of turbocharger characteristics on engine performances, and carry out the turbo matching process;
  • constructively discuss the fuel injection and boosting systems with equipment suppliers in order to determine the optimum components for a given powertrain.

List of speakers

Ouafae EL GANAOUI MOURLAN

Ouafae EL GANAOUI MOURLAN

Thierry LACOME

Thierry LACOME

Pascal LONGUEMARE

Pascal LONGUEMARE

El Hadj MILIANI

El Hadj MILIANI

Paolo PARON

Paolo PARON

Ludivine PIDOL

Ludivine PIDOL

Philippe PIERRE

Philippe PIERRE

Maria-Alejandra THIROUARD

Maria-Alejandra THIROUARD