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Acoustics are not visible to the naked eye. With the help of simulations, vibrations can be visualised.

The basics from our work as experts for simulations in the CFD and FEM area are summarised and explained here.

Plant engineering is an exciting area of industry that deals with both large and small plants. Simulations help here.

Whether the aerodynamics of automobiles, safety through crash simulations or even the defrosting of windscreens. Reach your goal with simulations.

When it comes to construction vehicles, the safety of employees is paramount. Simulations can be used to identify possible risks at an early stage.

In construction, many different components are crucial for the success of a project. Already in the early standard, simulations help here.

CFD simulations are the core competence of Merkle & Partner. This involves the flow analysis of objects and things that lead to progress.

Chemical processes are difficult for laypeople to grasp. With the help of simulations, reactions can be visualised and thus depicted pictorially.

Consumer: Our calculations and simulations show what is important for products for end consumers - what stresses they are exposed to.

Containment means protecting hazardous substances or gases from the environment by means of an enclosure. Pressures are created here that can be simulated.

Defence is about ensuring the protection of the entire population against terrorist attacks or the like through simulations.

Pressure vessels are containers that carry high pressures and must be able to withstand them. Simulations help to withstand the pressure here

In electrical engineering, particular attention must be paid to the heat that is generated. Simulations ensure the necessary safety here.

Neben dem Fall eines Objekts an sich ist insbesondere auch der Aufprall und die damit entstehende Verdrändung für Simulationen ein spannendes Thema.

The finite element method (FEM simulation) is an important building block for modern product development and involves the structural analysis of objects.

Numerical methods for flow and structure calculation are coupled, which deal with the influence of flows and structures.

In closed rooms, simulations can be used to install necessary ventilation devices and create a pleasant climate.

Um ein Getriebe langlebig und effektiv zu betreiben, ist eine funktionierende Beölung von Nöten. Simulationen können hier für eine gute Lösung sorgen.

Anyone who deals with versatile materials will probably always come across plastic. Its use can be optimised through simulations.

Enormous forces acting on aircraft or even missiles during a flight can be tested and weak points discovered with the help of simulations

The mechanical engineering sector in industry is a very large one. Through simulations, wear and tear and co. can be detected early in the development.

From prostheses to respiratory simulations to lying centres of gravity for bedridden persons, simulations can support medical technology.

Method development is about exploring new avenues for unexplored workflows and thus advancing the progress of technology.

Nuclear technology is not only dangerous, but also an exciting branch of research that is capable of great surprises. Simulations help with this.

Commercial vehicles are important in everyday use. Safety is a decisive factor here, which is ensured by simulations.

Particles themselves and particle separation are a subject area of the simulations. Here, substances can be separated by different processes.

Already early in the product development process, possible weak points of a product can be found through simulations and corrected at low cost.

If damage has already occurred, simulations can be used to reconstruct and visualise the course of the impact and other details.

Rail vehicles are particularly exciting for simulations because they have constant friction with the tracks. Minimisations can be achieved here.

Simulations also contribute to safety and the reduction of noise on the high seas. Cargo securing and structure-borne noise can be simulated here.

Thermal management is about using the heat generated as effectively and sensibly as possible. Simulations help with optimisation here.

Type statics deals in particular with the simulation of containers and the optimal construction of these. Space and weight are important factors.

Fans are a special case for simulations because they are dependent on many different factors such as rotation and air flow.