Shirsh Technosolutions

1. Multiphase Flow Analysis

2. Combustion Modeling 

3. Turbo-Machinery Analysis 

4. Fluid-Structure Interaction(FSI)

5. Hydrodynamic Analysis

6. Flow & Heat Transfer Analysis 

7. Aeroacoustics Analysis

8. Free Surface Analysis

9. HVAC Thermal Comfort Analysis

Our CFD (Computational Fluid Dynamics) Simulation Services are designed to provide comprehensive, accurate, and cost-effective solutions for analyzing and optimizing fluid flow, heat transfer, and other related physical phenomena across various industries. We serve a diverse range of sectors, including aerospace, automotive, energy, oil and gas, HVAC, marine, electronics, manufacturing, biomedical, and process industries. Our services cover a wide array of CFD analyses to help clients solve complex engineering challenges, improve product performance, and reduce development cycles. We conduct fluid flow analysis to evaluate pressure distributions, velocity fields, and streamline patterns for applications such as aerodynamic design and internal flow systems. Our heat transfer simulations analyze conduction, convection, and radiation phenomena to optimize thermal management in electronic components, cooling systems, and industrial processes. We also perform multiphase flow simulations to assess interactions between different fluid phases, such as liquid-liquid, gas-liquid, and gas-solid flows, which are critical in chemical processing, oil and gas production, and other industries. Additionally, we specialize in combustion analysis to optimize fuel efficiency and reduce emissions in engines and burners, as well as turbulence modeling for applications requiring accurate predictions of fluid dynamics in highly chaotic flow conditions.

Our expertise extends to environmental simulations to model pollutant dispersion, weather effects, and ventilation strategies in urban planning and building design. Structural-fluid interaction (FSI) analysis allows us to assess how fluids and structures interact, particularly in aerospace and automotive applications where performance and safety are critical. We offer custom analysis for renewable energy sectors, including wind turbine performance optimization and wave energy simulations. Our advanced methodologies leverage the latest developments in CFD, such as adaptive meshing techniques, Large Eddy Simulation (LES), Reynolds-Averaged Navier-Stokes (RANS) modeling, and hybrid approaches for accurate and efficient results.