Geometric modeling is a central component of CAD, CAE as well as CAM and therefore it is impossible to imagine industrial manufacturing and virtual product development without it.
RISC Software GmbH develops specialized and individual solutions for its customers for problems in geometric modeling. Through its core competence in the areas of algorithmic mathematics, geometric modeling and simulation, it sees itself as an ideal partner for developing and implementing mathematical models and algorithms for demanding applications. In particular, the combination of mathematical fundamentals with advanced software technology enables RISC Software GmbH to solve complex problems for its customers and to develop innovative products.
In addition to the development of individual software, RISC Software GmbH offers its in-house solution, the Virtual Modeling Library (VML), for the precise modeling of detailed geometries for real-time simulations (for example, for material removal simulations). In addition to industrial use cases, the solutions are also used in the medical field. The methods developed in close cooperation with physicians range from the modeling of anatomical structures (e.g. blood vessels, brain) to the virtual simulation of biomechanical behavior (e.g. blood flow simulation). By applying these solutions in clinical routine, diagnostic and treatment methods are improved, thus increasing patient safety.
Our experts have extensive experience in developing software solutions for a wide range of industries, including aerospace, automotive, mechanical engineering and medical technology.
The SEE-KID / CEVD research initiative has been working on the computer-aided simulation of eye malpositions and their surgical correction for more than 20 years.
Simulator for training clipping operations
Artificial intelligence for predicting complications in aortic aneurysm treatments.
he combination of an extensive, detailed and optimally adapted offline simulation in the CAD/CAM area and a high-performance, memory-optimized and integrated real-time simulation for collision avoidance supports customers of WFL Millturn Technologies GmbH & Co. KG in the use of their complete machining centers.
Today, the design of new aircraft models is more than ever a cost- and time-intensive process due to the high requirements. Starting from a mission profile (payload, range, fuel consumption, etc.), the design process passes through the conceptual, preliminary and detailed design phases.
Inaccurate estimates of burn size can lead to suboptimal medical decisions with significant consequences for patients. With the help of Surface 3D, a precise calculation of the burn size is made possible, thus ensuring patient safety and supporting medical staff in everyday clinical practice.
The research area “Medical Image Processing, Modeling and Simulation based on Artificial Intelligence” (MIMAS.ai) covers a cross-section of highly dynamic research topics, which are becoming increasingly important in medical application fields, not least due to current technological advances.
The aim of the MEDUSA consortium is to develop a revolutionary training and planning platform for neurosurgeons in order to simulate complex brain interventions in a detailed and holistic manner.
Miba application engineers can now use the application engineering tool to define, analyze and evaluate the requirements and design of the planned tribological system (brakes and clutches) together with the customer.
One research focus of the Department of Medical Informatics is medical modeling and simulation, which includes in particular research in the field of objective diagnosis and documentation based on virtual patients (three-dimensional models adapted to real patients).
The ARES project aims to create a software tool that supports rupture risk assessment of cerebral aneurysms by combining clinical, morphological, and hemodynamic metrics to provide an objective overview.
