Maryam Moradpour

In my role focused on turbine performance, I specialized in aerodynamic modifications to enhance gas turbine efficiency. I developed 1-D codes for turbine performance analysis, enabling precise evaluations of flow and temperature around turbine blades. This work involved in-depth analysis of turbine characteristics, optimizing overall performance. I also authored technical reports and documented findings to support ongoing engineering projects.

As a CFD consultant specializing in urban wind engineering, I provide expert analysis on airflow dynamics to optimize building designs for energy efficiency and occupant comfort. My work involves consulting on CFD challenges in urban wind assessments and analyzing sensor locations for shading systems. By creating digital twins of buildings and generating thermal models, I enable precise forecasting of energy and comfort demands based on future weather and usage patterns.

I conducted in-depth analysis of gas profiles for E-class and F-class gas turbines, optimizing the design of inlet ducts for Heat Recovery Steam Generators (HRSG) using Ansys Workbench. My work included CFD simulations to refine flow, temperature, and combustion processes. Additionally, I was involved in the design and analysis of Dissolved Air Flotation (DAF) systems for a SWRO water treatment plant, building detailed geometrical models and performing multiphase water flow simulations.