Gas Turbine design and development of the core rotating components of the engine HPC and HPT

Published: 17 May 2021| Version 1 | DOI: 10.17632/34wn9rf8ys.1
Contributors:
EL Mehdi Laamarti, Ali Hussari, Aref Jafari, Shayesteh Boushehri, Parham Zomorodi, Aravind Raj

Description

Pratt & Whitney Canada is currently seeking risk sharing partners for the design, development and eventual production of a new family of Gas Turbine Engines. The new family of engines will be a 3 shaft Turboshaft arrangement used mainly at 4000 ft altitude where the ambient temperature is 74 degF. The engine configuration will be a single stage low pressure compressor (LPC) driven by a single stage low pressure axial turbine (LPT), followed by a centrifugal high pressure compressor (HPC), driven by a single stage high pressure axial turbine (HPT). The helicopter rotor will be driven through a reduction gearbox, by a single stage power turbine (PT). The contribution to the partnership will be the design and development of the core rotating components of the engine (HPC & HPT).

Files

Institutions

Pratt and Whitney Canada, Concordia University

Categories

Aerospace Engineering, Aerospace Dynamics, Aerospace Propulsion, Rotating Frame, Gas Turbine, Turbomachinery, Turbine

Licence