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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.

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

Simulación de flujo de fluidos en un sistema solar termosolar

simulation CFD pour analyser l'effet des tubercules sur l'aérodynamique des pales d'éoliennes

The project goal is by CFD to verify whether the Buoyancy-Power technology works.

Solar and wind hybrid power system design

Air flow simulation to determine the efficiency of the turbine

The goal of this project is to simulate the flow through an horizontal axis Kaplan turbine (also known as Bulb turbine).

Diffuser sheath for vertical axis wind turbine

finding stall angle characteristics  of foil

Looking for information on how much air flow i can get from a simple piping for air turbine

First test of basic geometry of CTWHR. thermal and Fluid dynamic

Analysis of helical VAWT (vertical axis wind turbine) for urban rooftop installations.

To simulate if it will run in low wind speeds

Fluids interaction analysis for HKT under submerged and partial merged in to flowing water.

Simulate seawater flow and pressure over outer casing of a novel wave power generator for MECH 292 at McGill University.

Hydrokinetic Banki cross flow turbine for rural areas  whit bidirectional diffuser augmented (BDA).

Hydrokinetic is a recently introduced type of hydropower energy, having been proven as the most
effective and predictable renewable energy source available around the world, especially in the rural and
electrification areas. Most of these sites are dependent on small and micro scale stations to produce
cheap but abundantly available and effective electrical energy. Hydrokinetic energy that can be harnessed from the flow of water in the irrigation and rainy channels is a promising technology in countries
with vast current energy. Micro hydrokinetic energy scheme presents an attractive, environmentally
friendly and efficient electric generation in rural, remote and hilly areas, as effort to reduce the everincreasing greenhouse gas emissions and fuel prices in these sites. (1)

This simulation is based in the reasearch of A.H. Elbatran et al.
https://doi.org/10.1016/j.oceaneng.2018.04.042 and is maded for the simscalecontest2019

Aerodynamic design, Optimisation, structural analysis and transient design demonstration (thats the plan anyway)

renewable energy | SimScale Project Library | Page 1