Selected Finished Projects

2025

• Influence of optimized cryogenic treatments on gear load carrying capacity (FVA-Nr. 612/IV, IGF-Nr. 22373 N)
• Test Methodology for Assessing the Performance of Lubricants for Gears in E-Mobility Applications: Reliable Assessment of the (Scuffing) Load Capacity of E-Mobility-Lubricants (FVA-Nr. 988/I, DGMK-Nr. 833)
• Development of a Test Method for Determining the Tooth Root Load-Carrying Capacity of Polymer Gears According to VDI 2736 Using a Pulsator (FVA-Nr. 932/I, IGF-Nr. 21797 N)
• System architecture and modular design of robot-like systems using multidimensional characteristic diagrams (DFG-Nr. 461993234, STA 1198/21-1)
• Contact simulation and condition measurements to determine the lifetime of face gear drives (BFS AZ-1379-19)
• Characterization and Utilization of Process-Induced Residual Stresses for the Manufacturing of Functional Surfaces by Near-Net-Shape-Blanking Processes (DFG-Nr. 374524261, SPP 2013, STA 1198/13-3)
• Light4Speed – Resource-Efficient Gears for Modern High-Speed Drive Train Concepts (BMWK 03LB3014A)
• Characteristics and load limits of immersion-lubricated multi-plate clutches (FVA-Nr. 1017/I)
• Considering the elastic impact of complex wheel body geometries in gear design using the example of RIKOR (FVA-Nr. 30/XII)
• Conditioning of highly retained austenite containing conditions by cold hardening processes to generate maximum gear load carrying capacity (FVA-Nr. 919/I, IGF-Nr. 21546 N)
• Tribologically Optimized Design of Internal Gears (FVA-Nr. 482/V, IGF-Nr. 22065 N/1)
• Investigation of the Load Carrying Capacity of Bevel and Hypoid Gears with an Increased Bainite Percentage (FVA-Nr. 513/V, IGF-Nr. 20953 N)
• Further Investigations on the Consideration of Microgeometry within the Load Carrying Capacity Calculation Methods of the Standard Method B (FVA-Nr. 49/XV)
• Investigation of the Load Carrying Capacity Limits for Pitting and Wear on Wormgears to reduce the Test Duration (FVA-Nr. 920/I, IGF-Nr. 21391 N/1)
• Adaptive Damage Accumulation and Remaining-Service-Life-Prediction for Gearing (DFG-Nr. 448253450, STA 1198/19-1)
• Water and Iron Wear Influence on Wet Clutch Systems (FFG-Nr. 872176, K2)

 

2024

• Sensor-integrating Gear (SIZA) (DFG-Nr. 466653706, SPP 2305, STA 1198/22-1)
• Comparability of experimentally determined load carrying capacities for plastic gears (FVA-Nr. 997/I)
• Development and Validation of the Theoretical Basis for the Design of Eccentric Cycloid Gearings (FVA-Nr. 864/I, IGF-Nr. 20549 N/2)
• Calculation and Investigation of the Drag Torque of Wet Multi-plate Clutches (FVA-Nr. 671/III)
• Tribological behaviour under loss of LUBrication of new optimized GEARs for friction reduction in power gearboxes (HORIZON 2020 - EU Clean Sky 2)

 

2023

• Influence of the Steel Plate on the Friction Behavior of Wet Disk Clutches at Low Sliding Speeds (FVA-Nr. 343/V)
• Bavarian Research Cluster on Customized Digital Engineering for Bavarian SMEs using the example of the powertrain of electric vehicles – Subproject 4: Methodology for the development of innovative powertrain systems and components (BFS AZ-1392-19)
• Bavarian Research Cluster on Customized Digital Engineering for Bavarian SMEs using the example of the powertrain of electric vehicles – Subproject 3: Development of a modular test rig system for electric powertrains (BFS AZ-1392-19)
• Determination of Production-Ready Geometries, Representations, and Interfaces for Modern Gear Manufacturing (FVA-Nr. 241/XVI)
• Thermal Budget of Industrial Wet Disk Clutches (FVA-Nr. 413/IV)
• Influence of shot peening and polishing on the load carrying capacity of case hardened gears (FVA-Nr. 521/IV)
• Study of calculation models for the determination of bearing power loss (FVA-Nr. 364/VII)
• Influence of Nanoscale Precipitation States in the Surface Layer on the Gear Load Capacity by Thermochemical Heat Treatments (FVA-Nr. 513/IV, IGF-Nr. 20054 N)

 

2022

• Validated Simulation of the Oil Flow and No-Load Gear Power Loss of Gearboxes (FVA-Nr. 857/I, IGF-Nr. 20241 N/1)