In-depth know-how, news about our work and information tidbits around computational fluid dynamics.
Let's compare measured and simulated values to see how microclimate simulations hold up in the actual environment.
Microclimate for Vienna Naschmarkt before the planned redesign of the flea market and parking area.
We develop urban planning design guidelines for Aspern Seestadt, Vienna.
Pre-flight checklist for data requirements - how to hit the ground running with your project.
Take a scientifically reviewed look at the most advanced Urban Heat Island simulation software.
5 myths about urban microclimate explained.
Real estate development can have very real consequences for paragliding landing zones.
How can planners and architects manage microclimatic conditions for the human body and what are concerns in the context of global warming.
Explore three greening scenarios and how they influence the urban microclimate in a courtyard.
Optimiziation of Rheologics CFD code for highest computational performance.
We advise the UN to achieve their sustainable development goals with clean urban wind power.
An in-depth look at urban microclimate simulation and how green architecture contributes to liveable cities with evaporative cooling.
Export a number of objects from a single blend file to to STLs, where each object is a separate file.
Rheologic teamed up with FCPs BIM experts to explore optimized digital engineering workflows from BIM to wind and back.
The influence of the complex wind in the built environment on UAVs is much more complicated than in the usual airspace. We show how to use wind information to navigate...
Overview of the main influence factors on microclimate, from air temperature, over relative moisture and direct / indirect radiation to wind speed. How do these factors influence the apparent temperature...
More and more people live in cities, climate resilient architecture is the primary tool in climate crisis mitigation.
Preparing your model for simulation is quick and easy - we show you how. Use the following points as guideline before exporting your design.
In this article we show how the major influencing factor for urban wind and how to assess them for urban planning and architecture.
Go above and beyond in your architecture competitions and project presentations by including wind and wind comfort in your presentations.
Find the best wind turbine position - even in mountainous terrain, including trees and with wake interaction in wind parks.
Urban wind influences rents, facility performance, quality of living, safety and many other aspects of urban life. Let's take a closer look at urban wind dynamics.
Detailed resolved wind turbine simulations can be very cpu-intensive... and essential to calculate forces on the turbine especially in rugged terrain.
Stirring and mixing are widely used processes, that can be challenging to handle in a change control environment. We show you how to manage engineering risks.
A short introduction to computational fluid dynamics for people who do not want to use it.
Wind pushing on the building envelope influences user comfort, safety and operation of ventilation and cooling systems.
Phase changes like evaporation and condensation are extremely important in many industrial processess and every day life. We explain how to simulate these with CFD.
