Unlock the full potential of your structures with our expert structural mechanics simulation services. We specialize in analyzing the behavior of structures under various loads to optimize design and dimensioning. Utilizing advanced Finite Element Methods (FEM), we calculate complex components and assemblies with precision. Our FEM models are constructed through solid body modeling and are subjected to external mechanical and thermal loads.

What sets us apart is our ability to translate complex systems into suitable simulation models. This includes the demarcation from the environment, accurate modeling of storage and restraints, interfaces, contacts, and material properties. We focus on key variables such as deformations, stresses, strains, force flow, reaction forces, contact stiffness, and thermal effects like heat transfer and thermal expansion.

Experience unparalleled insights into your structures' dynamic behavior with our structural dynamics analysis services. We delve into the movement of structures resulting from time-dependent loads, focusing on the vibration and dynamic behavior of complex components, assemblies, and systems. Our experts identify and correct undesirable structural vibrations, quickly pinpointing critical issues. Every structure has its own natural frequencies and modes, which can lead to resonance and potential functional impairments. We perform comprehensive simulations, including modal analyses, shock and vibration tests, as well as drop, impact, and crash tests. Additionally, we specialize in simulating the rigid body movement of moving assemblies and systems.

Optimize your designs with our cutting-edge Computational Fluid Dynamics (CFD) services. We accurately predict the flow behavior of liquids and gases, making movements in stationary or streaming media visible and understandable. Given the complexity and non-linear nature of real-world problems, we employ network and particle-based methods like CFD and SPH to solve almost any challenge. Our services cover complex systems, machines, and components involving flow, including multiphase flows, phase transitions, and moving components. We provide valuable results such as velocity and pressure distributions, streamlines, pressure losses, turbulence, and heat transfer. These insights contribute to product understanding, design optimization, early detection of critical zones, and uniform distribution.

Ensure optimal performance with our comprehensive thermal management simulation solutions. Electrical systems generate heat due to power losses, and managing this heat is crucial for maintaining high power density and maximum performance in highly integrated products and systems. We specialize in designing and coordinating heat supply and removal systems to optimize your entire thermal management strategy. Our 3D simulations and 1D system simulations are instrumental in developing advanced temperature control systems. We also address challenges like thermal expansion, distortion, internal stresses, and phase transitions occurring during processes like welding. Our simulations help you understand and control heating and cooling processes, leading to optimized operations.

Master the complexities of modern systems with our expert system simulation services. We model complex systems as 1D networks composed of individual components and subsystems, accurately describing physical behaviors and interactions. Our multiphysics models encompass mechanical, thermal, electrical, pneumatic, and hydraulic perspectives, ensuring comprehensive system understanding. System simulations aid in understanding functional parameters, designing and optimizing system architecture, and facilitating system integration. Our specialists support you at the system level, addressing diverse challenges throughout the product development process (PDP).

Enhance the comfort and performance of your products with our specialized NVH analysis services. We focus on the behavior of structures concerning noise, vibration, and harshness, analyzing the acoustic and vibrational characteristics of complex components, assemblies, and systems. Our goal is to identify and resolve unwanted noises and vibrations that could impair functionality. Understanding that each structure has characteristic noise and vibration frequencies, we help prevent resonance and functionality issues. Our services include evaluating and improving NVH performance, addressing aeroacoustics, and tackling NVH challenges specific to electric machines. Insights into sound propagation, damping behavior, and frequency response guide product optimization and early detection of critical zones.

Unlock the full potential of your structures with our expert structural mechanics simulation services. We specialize in analyzing the behavior of structures under various loads to optimize design and dimensioning. Utilizing advanced Finite Element Methods (FEM), we calculate complex components and assemblies with precision. Our FEM models are constructed through solid body modeling and are subjected to external mechanical and thermal loads. What sets us apart is our ability to translate complex systems into suitable simulation models. This includes the demarcation from the environment, accurate modeling of storage and restraints, interfaces, contacts, and material properties. We focus on key variables such as deformations, stresses, strains, force flow, reaction forces, contact stiffness, and thermal effects like heat transfer and thermal expansion.