David Scherb

Chair of Engineering Design Lehrstuhl für Technische Mechanik

On the Influence of Incorrect Idealized Joint Axes to the Design Process of Orthoses (2024) Steck P, Scherb D, Miehling J, Wartzack S Conference contribution, Conference Contribution A Novel Approach to Simulating Realistic Exoskeleton Behavior in Response to Human Motion (2024) Yao Z, Seyed Milad Mir L, Molz C, Scherb D, Löffelmann C, Sänger J, Miehling J, et al. Journal article, Original article A Co-Simulation Model Integrating a Musculoskeletal Human Model with Exoskeleton and Power Tool Model (2024) Molz C, Scherb D, Löffelmann C, Sänger J, Yao Z, Lindenmann A, Matthiesen S, et al. Journal article, Original article The Determination of Assistance-as-Needed Support by an Ankle–Foot Orthosis for Patients with Foot Drop (2023) Scherb D, Steck P, Wechsler I, Wartzack S, Miehling J Journal article, Original article ApOL-Application Oriented Workload Model for Digital Human Models for the Development of Human-Machine Systems (2023) Sänger J, Wirth L, Yao Z, Scherb D, Miehling J, Wartzack S, Weidner R, et al. Journal article, Original article Evidence for the Applicability of Musculoskeletal Human Models to Improve Outcomes of Total Hip Arthroplasty (2023) Scherb D, Fleischmann C, Sesselmann S, Miehling J, Wartzack S Book chapter / Article in edited volumes Evidence for the Applicability of Musculoskeletal Human Models to Improve Outcomes of Total Hip Arthroplasty (2023) Scherb D, Fleischmann C, Sesselmann S, Miehling J, Wartzack S Book chapter / Article in edited volumes A New Design Method for Generating Surrogate Kinematic Truss Orthoses to support Pathological Gait Patterns in Human Model Simulations (2023) Steck P, Scherb D, Mayer J, Jäger M, Miehling J, Völkl H, Wartzack S Conference contribution, Conference Contribution A New Method For Passive Ankle Foot Orthosis Design – Integration Of Musculoskeletal And Finite Element Simulation (2023) Scherb D, Steck P, Völkl H, Wartzack S, Miehling J Conference contribution, Conference Contribution Method for Using IMU-Based Experimental Motion Data in BVH Format for Musculoskeletal Simulations via OpenSim (2023) Wechsler I, Wolf A, Fleischmann S, Waibel J, Molz C, Scherb D, Shanbhag J, et al. Journal article