From bird flight to automobile design to indoor climate: The most diverse areas of our lives are determined by currents - air, water, and heat. A large number of products and machines also function on the basis of flow dynamics and thermal processes. This makes it all the more important to incorporate the topic of flow and heat into product development and into the planning of systems and buildings. And ideally as early as possible. Because by thinking ahead and with flow simulation, you can optimize processes today in a targeted and highly efficient way, save time and money - and set off on a high-altitude flight to new regions of success. We are happy to accompany you.
Whether it's material and weight savings, optimization of energy efficiency, function and service life, or innovative developments: Modern CFD flow simulation can be integrated into all types of development processes, and efficiently supports you in achieving your engineering goals. And HTCO has been there since the maiden voyage. This gives you clear competitive advantages in many industries such as mechanical and plant engineering, chemical and process engineering, energy and environmental technology, automotive, medical and pharmaceutical technology, consumer technology, or in architecture and building technology.
Discover for yourself the potential CFD flow simulation has in store. To meet your individual requirements, we have optimally coordinated service packages for you.
Three letters which open up worlds of new possibilities for you. CFD stands for Computational Fluid Dynamics (CFD) - a method which has gained outstanding importance for flow simulation in recent decades. Based on modern CFD simulation, highly complex flow processes can be easily and precisely captured, mapped, analysed, and optimized. In this way, you save yourself expensive experimental analyses - and probably one or two nasty surprises as well. This means that those who know at an early stage which path certain currents take, and under which conditions, can use this knowledge to steer new solutions in the right direction.get more CFD knowledge
With the finite element method (FEM), components are checked with regard to material strength, natural frequencies or service life using a virtual model. With this method, we support you in increasing the quality and service life of your components and in saving material. And all this without building a single prototype. This saves development time and costs.get More FEM knowledge
Modern technologies and CFD flow simulation alone are no guarantee for the success of your projects. It is almost more important to be able to "read" and assess the results of a flow simulation correctly. With fluio, we offer you simulation-based engineering services that incorporate our concentrated know-how and more than 30 years of project experience from a wide range of applications. We develop creative and customised solutions for you that save you a lot of time, costs and nerves in advance.