Modeling of Physical Processes

We design computer models to predict and optimize various systems
Our Clients Saved
≈ $360,000
Years of Experience
5
105
Completed Projects
Мы используем куки для улучшения пользовательского интерфейса
Хорошо!
Portfolio
Automotive engineering
Aerodynamic shape optimization
Unmanned Aerial Vehicles
Propeller calculation and optimization; thermal calculation
Construction
Thermal calculation, microclimate modeling, and assessment of wind loads and wind comfort
Energy sector
Performance calculation of individual components
Research, design, and testing of aerodynamic, hydrodynamic, and thermodynamic solutions for various industries, such as
Competencies
Our services
Smoke dispersion modeling
Heat transfer process modeling
Design and calculation of propellers and fans
Visualization of velocity, pressure, and other fields
Optimization of existing solutions

Assessment of wind load and wind comfort

Aerodynamic force calculation
Modeling of indoor microclimate
Do you have a different task? We love new challenges!
Turnkey ventilation: design, modeling, cost estimation, and installation
Thermal analysis of buildings and indoor spaces
Workflow
1
2
3
Discussion
Modeling
Result
Analysis of the features of objects/systems to select modeling strategies and opportunities for optimizing aerodynamic and other characteristics. Determination of project timelines and costs
Creation of a virtual model of an object/system, numerical simulation of various model configurations to implement improvements. When necessary, physical modeling in a wind tunnel
You will receive a PDF document containing a detailed description of the completed tasks and results obtained, as well as recommendations for further actions with the object/system. Discussion of the results
We are genuinely committed to helping you achieve the best solution for your project.

Please describe your task, and we will get in touch with you!
О нас
The Aerodynamic Modeling Laboratory was established in 2020.

Our main areas of work are numerical modeling, automated design, and BIM engineering.

Our primary goal is to analyze the parameters of specific systems through CFD modeling, leaving behind traditional tabular calculation methods.

Today, the laboratory employs six people and has completed 105 projects in its portfolio.
Laboratory Head, PhD in Engineering
Ivan Brazhnikov