12 papers:
CHI-2015-BachynskyiPOSW #case study #comparative #performance #simulation #using- Performance and Ergonomics of Touch Surfaces: A Comparative Study using Biomechanical Simulation (MB, GP, AO, JS, TW), pp. 1817–1826.
DHM-EH-2015-HuDLZY #analysis- Biomechanical Analysis of Human Thorax and Abdomen During Automotive Impact (HH, LD, XL, CZ, YY), pp. 266–273.
- CHI-2014-BachynskyiOPW #human-computer #simulation
- Is motion capture-based biomechanical simulation valid for HCI studies?: study and implications (MB, AO, GP, TW), pp. 3215–3224.
- DHM-2014-EshraghiE
- Biomechanical Study of Foot Force Pattern in Hallux Valgus (HV) Patients (SE, IIE), pp. 332–339.
- DHM-2014-KikuchiTTGH #information management
- Biomechanics Investigation of Skillful Technician in Spray-up Fabrication Method — Converting Tacit Knowledge to Explicit Knowledge in the Fiber Reinforced Plastics Molding (TK, YT, YT, AG, HH), pp. 24–34.
- DHM-HB-2013-BotterBCKME
- The Biomechanical and Physiological Effect of Two Dynamic Workstations (JB, EMB, DC, RK, SHvM, RPE), pp. 196–204.
- DHM-HB-2013-KimATBHJ #performance #process #type system
- The Effects of Touch Screen Virtual Keyboard Key Sizes on Typing Performance, Typing Biomechanics and Muscle Activity (JHK, LSA, OT, MCB, CAH, PWJ), pp. 239–244.
- DHM-HB-2013-Yuan #approach #evaluation #modelling #validation
- Validation of an Integrated Biomechanical Modeling Approach to the Ergonomic Evaluation of Drywall Installation (LY), pp. 159–168.
- CHI-2011-RieckeFRM #self
- Spatialized sound enhances biomechanically-induced self-motion illusion (vection) (BER, DF, JJR, TPM), pp. 2799–2802.
- DHM-2011-WangPBN #approach
- A Biomechanical Approach for Evaluating Motion Related Discomfort : Illustration by an Application to Pedal Clutching Movement (XW, RP, NKB, JN), pp. 210–219.
- DHM-2007-Kim07b #modelling #research #simulation
- Computer Graphic Modeling and Simulation of Human Musculoskeletal System for Biomechanical Research (YHK), pp. 136–143.
ICPR-v1-2006-TongSS #estimation- Continuous-Discrete Filtering for Cardiac Kinematics Estimation under Spatio-Temporal Biomechanical Constrains (ST, AJS, PS), pp. 167–170.
