On May 5 and 6, 2026, IKAT, represented by Prof. Dr. sc. ETH Alexander Hasse and three research associates from the Strength Research Group, participated in the Dresden Machine Elements Colloquium 2026 held at the HYPERION Hotel Dresden am Schloss. The conference offered a diverse program featuring interdisciplinary contributions from both industry and academia and
Mr. Dipl.-Ing. Bellmann impressed with an outstanding diploma thesis entitled “Numerical and experimental investigations of crack growth behavior under fretting fatigue loading” and joined IKAT as a research associate on April 1. He completed his mechanical engineering studies at TU Chemnitz with a focus on design engineering and product development. At IKAT, Mr. Bellmann will
IKAT is pleased to announce a new scientific publication by Mr. Muhammedi in the renowned journal Engineering Research. The publication focuses on the design of keyed shaft connections and examines them under the criterion of allowable plastic deformation of the shaft keyway. At the center of the study is a newly developed design approach that
The cross-industry Saxon Simulation Users’ Meeting SAXSIM (Saxon Simulation Meeting) invites scientists and practitioners to the Central Lecture and Seminar Building of Chemnitz University of Technology on March 17, 2026. Now in its 15th edition, this well-established technical conference once again provides a platform for exchange on current simulation technologies, modeling methods, and innovative applications
On December 9 and 10, IKAT presented the final results of its current research projects in the field of Welle-Nabe-Verbindungen during the FVA Information Conference. The contributions provided comprehensive insights into the latest methodological approaches, findings, and normative developments in drivetrain technology. The internal IKAT session was opened by Mr. Muhammedi with his presentation “Normative
Which loads can a component really withstand? How do I carry out a clean verification using the finite element method? These questions and others are addressed in the master’s module “Technische Festigkeitsberechnung.” Students acquire practical skills in the areas of FE simulation, programming with MATLAB, and strength verification according to the FKM guideline. They also
On November 26–27, IKAT took part in the annual FVA Autumn Working Group at the VDMA headquarters in Frankfurt am Main, showcasing its role as a key innovator in drivetrain technology. With a broad range of contributions on the design of shafts and shaft–hub connections, the institute once again demonstrated how cutting-edge research is transferred
Hands-on experience! As an introduction to the Technische Festigkeitsberechnung (TFB) module, Professor Hasse offered students exciting insights into the IKAT testing facility. In addition to the classical shaft testing on rotating bending test rigs, the newly developed high-speed test bench was in the spotlight. This serves as motivation for learning the theoretical foundations of test
This study [1] introduces the sensor-integrating feather key (SiFK), a smart machine element that enables direct, calibration-free measurement of transmitted circumferential forces and torque in feather key connections. Through topology optimization and targeted stiffness design, the geometry is adapted so that only a minimal number of strain gauges are required to capture the complete deformation
The failure of components as a result of crack initiation and growth is no coincidence, but follows physical laws. Understanding these laws – especially under multiaxial, non-proportional loading and the complex phenomenon of fretting fatigue – is the subject of current research. The International Conference on Multiaxial Fatigue and Fracture (ICMFF14), which took place from
Fretting fatigue is a frequent cause of damage in bearing seats of large shafts. The phenomenon has its origin in tribological damage, which is characterised by reversing slip movements in the micrometre range. This tribological damage has a strength-reducing effect, whereby the strength reduction is significantly influenced by the parameters slip amplitude and contact pressure.
On 10 May 2025, the Institute of Construction and Drive Technology (IKAT) presented itself as part of the Open Day at Chemnitz University of Technology with two interactive formats: the shadow building game and the MUT Lounge.The shadow building game offered visitors the opportunity to playfully test their spatial imagination. The starting point was a
In the research project FVA 956I ‘Design Method for Internal Knurled Interference Fits’, detailed investigations were undertaken into the static and cyclical transmission behaviour of internal knurling press fits. This shaft-hub connection is characterized by pressing a hardened hub with internal knurling onto an oversized, softer shaft, creating a form-fit and friction-fit contact zone. The
IKAT presented the latest research results at the shaft-hub-connections working group, consisting of research centres and industry representatives, in Frankfurt am Main. Topics of various positive and frictional shaft-hub connections were presented in the context of their application. The results triggered lively discussions and form the basis for future applications. We would like to thank
At this year’s SiME Congress, the IKAT presented an innovative machine element: the sensor-integrated key. This novel key is capable of directly measuring the torques acting on it and wirelessly transmitting the data to computers or smartphones. It offers great potential for future applications, particularly as an early warning system for detecting overloads. This development
The research issues associated with the fatigue strength of multi-axially loaded shaft-hub-connections (WNV) combine two important core topics that are continuously addressed at IKAT. On the one hand, complicated stress states, so-called non-proportional stresses, occur at the point of failure, which can only be evaluated using special strength hypotheses. In addition, tribological influencing variables, such
At the 13th SAXSIM Conference in Chemnitz, Mr. Muhammedi presented a lecture on „Numerical Investigations into the strength of deep-rolled components under cyclic loads.“ The project, involving three research institutes – IKAT, IMM, and IF – focuses on analyzing the strength of deep-rolled components under cyclic loads through numerical simulations. Mr. Muhammedi explained the methods
On 1 March 2024, Mr. Maik Zylla successfully defended his diploma thesis in front of an expert examination committee headed by Prof. Hasse. In his thesis ‚Investigation of the joining and torsional behaviour of combined press-fit and form-fit shaft-hub connections using the example of the external knurled press-fit connection‘, useful extension approaches for existing design
The 10th Symposium „VDI Fachtagung Welle-Nabe-Verbindungen“ (external link) which deals with shaft-hub-connections will take place on 6 & 7 November in Garching near Munich. All topics relating to the wide range of shaft-hub connections will be presented at this conference, with a particular focus on design/dimensioning, strength verification, production and application, as well as current