Research that creates confidence in decisions

Before a simulation delivers a reliable result, there is research behind it: new calculation methods, more dependable models and the continuous further development of what simulation can achieve today. This work is the reason why our customers can rely on their results.

View ongoing projects

Talk to Kai Wenz

    Simulation von Extrusion und Spritzguss mit Temperaturverteilung

    Research that creates confidence in decisions

    Before a simulation delivers a reliable result, there is research behind it: new calculation methods, more dependable models and the continuous further development of what simulation can achieve today. This work is the reason why our customers can rely on their results.

    View ongoing projects

    Talk to Kai Wenz

    Simulation von Extrusion und Spritzguss mit Temperaturverteilung

    Research that creates confidence in decisions

    Before a simulation delivers a reliable result, there is research behind it: new calculation methods, more dependable models and the continuous further development of what simulation can achieve today. This work is the reason why our customers can rely on their results.

    View ongoing projects

    Talk to Kai Wenz

    Three research priorities

    Digital twin

    We develop digital twins for individual machine components such as pumps, furnaces or reactors, right through to entire production plants in which several digital twins are coupled with each other.

    Simulations­technologien

    Highly automated and modular simulation workflows form a further foundation of our work. This is complemented by the development of new multiphysics simulation models and code coupling.

    AI systems

    Based on extensive simulation data, we develop highly efficient AI systems for prediction, design and monitoring. To do so, we combine cloud and edge computing – AI training takes place in the cloud, AI inference at the edge.

    Three research priorities

    Digital twin

    We develop digital twins for individual machine components such as pumps, furnaces or reactors, right through to entire production plants in which several digital twins are coupled with each other.

    Simulations­technologien

    Highly automated and modular simulation workflows form a further foundation of our work. This is complemented by the development of new multiphysics simulation models and code coupling.

    AI systems

    Based on extensive simulation data, we develop highly efficient AI systems for prediction, design and monitoring. To do so, we combine cloud and edge computing – AI training takes place in the cloud, AI inference at the edge.

    Three research priorities

    Digital twin

    We develop digital twins for individual machine components such as pumps, furnaces or reactors, right through to entire production plants in which several digital twins are coupled with each other.

    Simulations­technologien

    Highly automated and modular simulation workflows form a further foundation of our work. This is complemented by the development of new multiphysics simulation models and code coupling.

    AI systems

    Based on extensive simulation data, we develop highly efficient AI systems for prediction, design and monitoring. To do so, we combine cloud and edge computing – AI training takes place in the cloud, AI inference at the edge.

    Our research in figures

    250+ successfully completed projects

    More than 250 projects realised in collaboration with leading universities and research partners worldwide.

    More than 3 million simulations

    Experience and expertise from more than 3 million simulations in various industrial sectors.

    Up to 75% less material and energy use

    In one use case, material and energy use during machine run-in fell by up to 75%.

    124+ publications and conference contributions

    Involvement in more than 124 scientific publications and conference presentations.

    Our research in figures

    250+ successfully completed projects

    More than 250 projects realised in collaboration with leading universities and research partners worldwide.

    More than 3 million simulations

    Experience and expertise from more than 3 million simulations in various industrial sectors.

    Up to 75% less material and energy use

    In one use case, material and energy use during machine run-in fell by up to 75%.

    124+ publications and conference contributions

    Involvement in more than 124 scientific publications and conference presentations.

    Our research in figures

    250+ successfully completed projects

    More than 250 projects realised in collaboration with leading universities and research partners worldwide.

    More than 3 million simulations

    Experience and expertise from more than 3 million simulations in various industrial sectors.

    Up to 75% less material and energy use

    In one use case, material and energy use during machine run-in fell by up to 75%.

    124+ publications and conference contributions

    Involvement in more than 124 scientific publications and conference presentations.

    Ongoing Projects

    Acronym

    Title

    Runtime

    Partner

    Promotion

    License Plate

    ECOTWIN

    Scalable European platform for technical digital twins

    10/01/2024 -

    December 31, 2026

    Technical University of Darmstadt, Technical University of Dortmund

    Important Project of Common European Interest - Cloud Infrastructure Services (EU)

    Technical specification code 13IPC033A

    Circus

    Circular, digitized artificial turf system with integral management of the anthropogenic material reservoir from multi-material artificial turf

    10/01/2024 -

    September 30, 2027

    Think Tank Technologies, TFI Aachen, ITA of RWTH Aachen, Hoffmann & Voss GmbH, Lömi GmbH, Laboratory Lehmacher | Schneider GmbH & Co. KG, LECO Works Lechreck GmbH & Co. KG

    FONA (Federal Ministry of Education and Research, BMBF)

    033R415G

    OPV4.0

    Continuous Production of Organic Photovoltaics for Application in Laminated Glass

    06/01/2024 -

    May 31, 2027

    Ruhr-University Bochum, Ortmann Digital Technology GmbH, Pilkington Holding GmbH, FH Münster, Fraunhofer ILT

    Energy.IN.NRW (ERDF)

    IN-EN-1-013b

    AI-CULT

    Hybrid process AI for screw-based plastic processing based on numerical simulations and non-invasive ultrasound measurements

    November 1st, 2023 -

    10/31/2025

    Katronic, SKZ, IFAK

    SME Innovative: Production Research (BMBF)

    02K23K011

    Smart E-Factory

    Energetically Smart Factory for Resource-Efficient Production

    01/01/2023 -

    December 31, 2025

    Fraunhofer IOSB-INA, iFE, Hadi-Plast GmbH

    AI Lighthouses (BMUV)

    67KI31001C

    FlowSpace

    Novel exascale architectures with heterogeneous hardware components for flow simulations

    October 1, 2022 -

    September 30, 2025

    Technical University Dortmund, University of Cologne, Technical University Freiberg, Friedrich-Alexander University Erlangen-Nuremberg

    SCALEXA (Federal Ministry of Education and Research)

    16ME0709

    Artificial Intelligence Design and Engineering Assessment System

    AI-driven industrial equipment enhances product lifecycle, increasing agility, sustainability, and resilience

    October 1, 2022 -

    September 30, 2025

    BBM, CERTH, CESI, D2TECH, DIN, FBA, IKERLAN, ITI, MULTISCAN, PAMA, TAU, UNINOVA, UNIVPM, UPV, XLAB

    Horizon Europe (EU)

    101057294

    PhaseSpace

    Development of an experimentally validated simulation system for multiphase flows in plastic extrusion

    September 1, 2024 -

    August 31, 2026

    SKZ

    Central Innovation Programme for Small and Medium Enterprises (ZIM)

    KK5068405HD4

    AUTOPROKI

    Development of a prototype system for the topology optimization of profile extrusion tools using artificial intelligence

    11/01/2024 -

    October 31, 2026

    Technical University Dortmund, University of Paderborn

    Central Innovation Program for SMEs (ZIM)

    KK5068406RP4

    MOEBIUS

    Development of modified manufacturing processes for the integration of bionic structures

    March 1, 2025 -

    February 28, 2027

    BBM, Alfred Wegener Institute

    Industry.IN.NRW

    KK5068406RP4

    Glocal4Flood

    Enhancement of flood forecasts through the combination of globally and locally trained forecasting models

    10/01/2025 -

    09/30/2028

    Fraunhofer IOSB-INA

    GreenEconomy.IN.NRW

    EFRE-20801256

    Research we drive forward together

    A simulation is only as good as the knowledge it is built on. That is why we work closely with universities, research institutes and industrial partners – to develop further and to create new, innovative solutions together. Through the simulation network Simchronize we are also connected with experts and partners from across the industry and engage in targeted exchange on new developments.

    Our partner computing centres

    We cooperate with leading computing centres in Europe that are known for their excellence and innovation in supercomputing technology. This collaboration enables us to offer our customers state-of-the-art computing capacity and reliable support for their most demanding projects.

    01.

    Jülich Supercomputing Centre (JSC)

    A European centre for high-performance computing and scientific research.

    02.

    High-Performance Computing Center Stuttgart (HLRS)

    A pioneer in simulation technology and home to some of the fastest supercomputers in Europe.

    03.

    Austrian Scientific Computing (ASC)

    A leading centre for computing power and scientific innovation in Austria with strong expertise in applied research.

    Our partner computing centres

    We cooperate with leading computing centres in Europe that are known for their excellence and innovation in supercomputing technology. This collaboration enables us to offer our customers state-of-the-art computing capacity and reliable support for their most demanding projects.

    01.

    Jülich Supercomputing Centre (JSC)

    A European centre for high-performance computing and scientific research.

    02.

    High-Performance Computing Center Stuttgart (HLRS)

    A pioneer in simulation technology and home to some of the fastest supercomputers in Europe.

    03.

    Austrian Scientific Computing (ASC)

    A leading centre for computing power and scientific innovation in Austria with strong expertise in applied research.

    Our partner computing centres

    We cooperate with leading computing centres in Europe that are known for their excellence and innovation in supercomputing technology. This collaboration enables us to offer our customers state-of-the-art computing capacity and reliable support for their most demanding projects.

    01.

    Jülich Supercomputing Centre (JSC)

    A European centre for high-performance computing and scientific research.

    02.

    High-Performance Computing Center Stuttgart (HLRS)

    A pioneer in simulation technology and home to some of the fastest supercomputers in Europe.

    03.

    Austrian Scientific Computing (ASC)

    A leading centre for computing power and scientific innovation in Austria with strong expertise in applied research.

    • University College Dublin
    • Politecnico di Milano
    • TU Dortmund
    • TU Darmstadt
    • University of Cambridge
    • University of Minho
    • CFD support
    • upstream CFD
    • cfMesh
    • University College Dublin
    • Politecnico di Milano
    • TU Dortmund
    • TU Darmstadt
    • University of Cambridge
    • University of Minho
    • CFD support
    • upstream CFD
    • cfMesh
    • University College Dublin
    • Politecnico di Milano
    • TU Dortmund
    • TU Darmstadt
    • University of Cambridge
    • University of Minho
    • CFD support
    • upstream CFD
    • cfMesh
    Kai Wenz at the German Innovation Award
    Kai Wenz at the German Innovation Award

    Hi, I am Kai Wenz – your point of contact

    As Head of Research, I am responsible for the research department at IANUS Simulation. Feel free to contact me at any time with questions, ideas or suggestions about research projects and developments. If you are interested in collaborating in the field of research, I will be happy to help.