❗ Poster Printing in Oslo:
Local printing is possible but often expensive and limited—especially during Norway’s holiday season.
We strongly recommend printing your A0 portrait poster before traveling. Textile posters are a great option for easy transport.
Local printing is possible but often expensive and limited—especially during Norway’s holiday season.
We strongly recommend printing your A0 portrait poster before traveling. Textile posters are a great option for easy transport.
Presentation Guidelines
🗣️ Oral Presentations
- Total time per speaker: 10 minutes
- 7 minutes for the presentation
- 2 minutes for discussion
- 1 minute for changeover
- Slide format: PowerPoint (.pptx), 16:9 aspect ratio
- Speaker Ready Room: Available prior to your session to test slides
📌 Poster Presentations
- Poster size: A0 (portrait orientation)
- Posters will be displayed during the dedicated poster session
- Please mount your poster prior the session
Footwear Biomechanics Conference Schedule
Day 1: 23 July
Day 2: 24 July
Day 3: 25 July
Surname | Name | Abstract ID | Title |
---|---|---|---|
Garcia | Gina | 25-0176 | Midsole drop affects joint-level contribution to jump performance in females\n |
Harrison | Kathryn | 25-0048 | Snowboard Boot Fit and Carving Performance |
Han | Sanghyuk | 25-0135 | Influence of Weight and Footwear on Tibial Loading in Military Marching |
Bradshaw | Adam | 25-0169 | From Scan to Skate: Predicting Hockey Skate Fit Preference using 3D Foot Shape |
Day | Evan | 25-0097 | A biofidelic forefoot force-compression test for footwear created using plantar pressures and ground reaction forces |
Cernucan | Katrina | 25-0115 | Comparing Shod Ankle Kinematics from Optical Motion Capture and Biplane Fluoroscopy |
Favreau | Sibylle | 25-0139 | Numerical model predicting the progressive abrasive wear of a shoe |
Perretant | Mathis | 25-0157 | The joint angle based Local Dynamic Stability is linked to O2 consumption in running |
Trama | Robin | 25-0171 | Novel Female Specific Soccer Cleated Footwear Design Improves Performance and Reduces Knee Loads in Female Soccer Players. |
Elvidge | Thomas | 25-0177 | Effects of upper reinforcement in basketball shoes on ankle mechanics during a 135 cutting movement\n |
Csajbok | Kitti | 25-0083 | Does the Midsole Matter in the Tribological Performance of Footwear? |
Gupta | Shubham | 25-0052 | A CFD-Based Experimental and Computational Approach to Evaluating Slip Resistance in Worn Shoe Outsole Designs |
Li | Xin | 25-0009 | Biomechanical Impact of Weight Gain and Ligament Relaxation on Arch Deformation During Pregnancy: A Finite Element Analysis |
Kim | Sewon | 25-0075 | Finite Element Analysis of Carbon-Plated Running Shoe Midsoles for Optimized Longitudinal Bending Stiffness and Rearfoot Stability |
Esposito | Michael | 25-0107 | Traction Patterns in Male and Female Soccer Players: A Comparison of Dominant and Non-Dominant Limbs During Cutting Movements |
Wasserman | Marni | 25-0149 | Running in the heat accelerates changes in footwear perceptions |
Griffin | Sarah | 25-0047 | Slippery or Sticky? How the friction performance of footwear changes with lower temperatures |
Jurca | Ales | 25-0069 | A comparison of male foot toe shapes and running shoe toe-box designs |
Milner | Patrick | 25-0074 | METATARSAL STRESS DURING PROLONGED RUNNING IN ADVANCED FOOTWEAR TECHNOLOGY |
Ebbecke | Jonas | 25-0137 | Heel construction in walking shoes can modify muscle activity of m. tibialis anterior |
Wannop | Bill | 25-0167 | Influence of Footwear Torsion on Female Basketball Players |
Barrons | Zach | 25-0136 | Intrinsic Foot Muscle Energetic Responses to Running Are Independent of Forefoot Bending Stiffness |
Morio | Cedric | 25-0043 | Influence of rear- and fore-part midsole stiffness on running metabolic power |
Vasiljev | Radivoj | 25-0072 | Biomechanical Analysis of Plantar Loading in Ski Jumping: Barefoot versus Ski Boot Conditions |
Lewin | Max | 25-0080 | Important contributors to foot pain at work and subsequent footwear considerations |
Braun | Luca | 25-0045 | Novel adaptive shoe closure systems do not sacrifice whole-body and joint-level performance during linear acceleration and 180° cutting maneuvers |
Ryan | Michael | 25-0099 | Does Advanced Footwear Technology Cause or Protect Against Injuries? A 12-Week Prospective Investigation in 195 Half-Marathon Runners |
Herbaut | Alexis | 25-0036 | What is a responsive shoe for tennis players and how does it influence their biomechanics? |
Matties | Justin | 25-0037 | Sex-specific metabolic and biomechanical responses to advanced footwear technology |
Furlong | Laura-Anne | 25-0126 | The effect of cushioning on soft tissue energy during jogging and running |
Lee | Taeyong | 25-0140 | Enhancing Foot Deformation Prediction Using Graph Neural Networks |
Lu | Zhenghui | 25-0007 | Personalized Footwear Design Method Based on Machine Learning and Finite Element Analysis |
Zhou | Zhifeng | 25-0004 | Effect of foot deformity on running injuries: New perspectives for Footwear Design |
Davis | Elysia | 25-0168 | Effect of Playing Surface on Cutting and Landing Mechanics |
Buckley | Roxana | 25-0081 | The Effects of Forefoot Bending Stiffness in Athletic Footwear on Stresses in the Second Metatarsal |
Shull | Daniel | 25-0101 | Modeling Peak Vertical Ground Reaction Force from Smart Watch Metrics Reveals Link Between Higher Forces and Softer Cushioning Perception |
Vossen | Lisa | 25-0121 | Design and Function of Indoor versus Regular Custom-Made Footwear in People with Diabetes at High Ulcer Risk |
Sikeler | Laila | 25-0133 | Adaptive shoe closure systems perform better than or equally well as traditional lacing in keeping the heel in position relative to the midsole during sport-specific tasks |
Vossen | Lisa | 25-0150 | Optimization of Custom-Made Footwear in People with Diabetes at High Ulcer Risk: Biomechanical Evaluation of the DIASSIST Footwear Intervention |
Yetman | Quinn | 25-0152 | How do the foot and ankle adapt to changes in acceleration? The role of gear ratio and muscle tendon unit shortening velocity |
McNish | Davide | 25-0174 | Utilized Traction and Foot Biomechanics of Male and Female Rugby Athletes During a Cutting Movement |
Zhang | Yuang | MS_0009 | Alterations in foot morphology, plantar pressure and running shoe performance in runners following full marathon participation |
Poletto | Giorgio | 25-0018 | Effect of weightlifting shoes on stability during barbell squat in high intensity cross training athletes |
Lee | Rou You | 25-0050 | Effects of advanced footwear technology shoes on race walking efficiency and performance: a randomized cross over study |
Furlong | Laura-Anne | 25-0122 | Evaluation of a surrogate method of estimating calcaneal insertion position during running and effects on calculated Achilles tendon mechanics |
Ferris | Jamie | 25-0138 | Compliant midsole foam is a primary contributor to improved running economy, biomechanics, and perception in Advanced Footwear in male runners |
Hazelwood | Ben | 25-0145 | The Influence of Metatarsophalangeal Joint Stiffness on the Economy Savings Response from “Super-shoes” in Female Runners |
Gao | Zixiang | 25-0164 | Influence of Carbon-Fiber Insole Stiffness on Dynamic Stability During Running: Insights from Nonlinear Objective Analysis combined with Subjective Assessment |
Beschorner | Kurt | 25-0057 | Predicting Impact of Shoe Outsole Material on Traction Using Multiscale Mechanics Model |
Firminger | Colin | 25-0066 | Improving Metatarsal Orientation Estimates with Weight Bearing Computed Tomography |
Rasske | Kristen | 25-0098 | Running behaviors can guide you to your perfect shoe |
Skejo | Sebastian | 25-0118 | Shoe changes and running-related injury risk: an effect modification analysis |
Hammocks | Andrew | 25-0124 | The variability of children’s in-shoe plantar pressure during straight line running: Considerations for mechanical testing |
Rehorst | Sebastian | 25-0055 | The Impact of self-reported Footwear, Training, and Individual Factors on self-reported Running-Related Injury Risk: Insights from the Run Better Research Study |