Miss Grace McConnochie

Miss Grace McConnochie

Higher Degree by Research Candidate

School of Medicine

College of Health

Year Citation
2026 McConnochie, G. E., Fox, A., Bellenger, C., & Thewlis, D. (2026). Metabolic and biomechanical responses to running-related fatigue assessed with optimal control simulations tracking wearable sensor signals. Royal Society Open Science, 13(1).
DOI
2025 McConnochie, G., Fox, A., Badger, H., Bellenger, C., & Thewlis, D. (2025). Fatigue assessment in distance runners: a scoping review of inertial sensor-based biomechanical outcomes and their relation to fatigue markers and assessment conditions. Gait and Posture, 115, 21-33.
DOI Scopus3 WoS3 Europe PMC1
2025 McConnochie, G., Fox, A., Bellenger, C., & Thewlis, D. (2025). LiDAR-based scaling of OpenSim musculoskeletal human models is a viable alternative to marker-based approaches - A preliminary study.. J Biomech, 179(112439), 112439.
DOI Scopus4 WoS4 Europe PMC5
2025 McConnochie, G., Fox, A. S., Bellenger, C., & Thewlis, D. (2025). Optimal control simulations tracking wearable sensor signals provide comparable running gait kinematics to marker-based motion capture.. PeerJ, 13(3, article no. e19035), e19035.
DOI Scopus3 WoS3

Year Citation
2022 Millar, S., O'Rielly, J., McConnochie, G., Blencowe, M., Turner, L., Wiederman, S., . . . Thewlis, D. (2022). Moving from the lab to the field: accuracy and reliability of wearable sensors in the estimation of lower limb joint kinematics. Poster session presented at the meeting of Defence Human Sciences Symposium.

Year Citation
- McConnochie, G. (n.d.). Dataset: Optimal Control Simulations Tracking Wearable Sensors Provides Comparable Running Gait Kinematics to Marker-Based Motion Capture.
DOI
- McConnochie, G. (n.d.). Dataset: Optimal Control Simulations Tracking Wearable Sensors Provides Comparable Running Gait Kinematics to Marker-Based Motion Capture.
DOI

Year Citation
- McConnochie, G. (n.d.). Dataset: Optimal Control Simulations Tracking Wearable Sensors Provides Comparable Running Gait Kinematics to Marker-Based Motion Capture [Computer Software].
DOI

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