Energy

Enabling energy producers and transportation firms to simulate devices, tools, machinery or storage tanks, computer simulation is playing an important role in testing designs, making repeated changes and increasing overall efficiency in the energy industry. | Page 1

to determine the performance of an axial flow compressor

This project aims to perform a Computational Fluid Dynamics (CFD) analysis of a Darrieus Vertical Axis Wind Turbine (VAWT) with straight blades. The objective is to study its aerodynamic performance under varying wind speeds and turbulence intensities. The results will help optimize VAWT designs for urban energy applications.

Testing Varying angles of attack on single blade of a 3 axis bottom mounted water turbine for maximum power generation

CFD simulation of a methane-air premixed burner (Φ=0.8) with EDC model, analyzing temperature distribution and CO emissions.  

FEA investigation of Vertical Stack concept

Evaluating the efficacy of utilizing the chimney effect with pv panel installation.

Testing the dimensions and efficiency of an helical vawt

Simulacion del comportamiento de un aerogenerador

study wind flow through an omnidirectional wind turbine - Copy

the wind circulation around the project area

To find the most effective design for a wind turbine blade

Evaluate forces and stresses of bender with different materials.

simulation for air circulation caused by freezer fan - Copy

Run simulations on how much energy is produced in the PN junction of a photovoltaic cell