Steam & Gas Turbines

Turbomachinery Engineering: Rotordynamics, Blade Aerodynamics, & High-Temperature Alloys

Steam and gas turbine engineering focuses on the thermodynamic design, aerodynamic performance, rotordynamics, and mechanical integrity of high-speed turbomachinery used in power generation and industrial mechanical drives. This specialized domain covers the Brayton cycle for gas turbines—including axial compressors, combustors, and high-temperature turbine blading—as well as the Rankine cycle for impulse and reaction steam turbines. Engineers in this field master blade cooling technologies, advanced thermal barrier coatings, governor control systems, steam seals, and rotordynamic stability to maximize cycle efficiency, minimize forced outages, and integrate high-efficiency Combined Cycle Gas Turbine (CCGT) configurations.