logo
CanyamAI summaries for academic research
language
MobileMobile
  • Phone FeatureWeChat Mini Program
EnglishEnglish
noticeNotice
BlogBlog
delete
arrow
BackJournal Details
Footwear Science cover

Footwear Science

IF3.8
Papers173
Citations598
Journal Papers 172
Publication Date
delete
Fractal analysis of centre of pressure in textured shoes
deleteFootwear Science
IF3.8
delete2026-07-25
delete0
PREAI
deleteHelen Branthwaite; Wendy Carswell; Shin Hirai; Andrew Greenhalgh; Ben Hunter; Nachiappan Chockalingam
deleteShare
deleteSave
Effects of advanced footwear technology shoes on lower limb muscle activation in race walking using T2-weighted magnetic resonance imaging: a pilot study
deleteFootwear Science
IF3.8
delete2026-06-16
delete0
PREAI
deleteRou You Lee; Yusuke Suzuki; Keiichiro Hata; Toshio Yanagiya
deleteShare
deleteSave
Statistical relationships between footwear comfort and lower limb biomechanics: a systematic review
deleteFootwear Science
IF3.8
delete2026-05-24
delete0
deleteOAAI
deleteMax Lewin; Richard Jones; Carina Price
deleteShare
deleteSave
How boots affect lower limb joint contact forces during walking compared with casual footwear: a musculoskeletal modelling study
deleteFootwear Science
IF3.8
delete2026-05-17
delete0
PREAI
deleteMohammadreza Rezaie; Farzaneh Haghighat; Nader Farahpour; Mahdi Majlesi
deleteShare
deleteSave
Foot muscular control and muscle-tendon unit behaviour differ between symptomatic and asymptomatic pronated feet during running
deleteFootwear Science
IF3.8
delete2026-04-19
delete0
PREAI
deleteJingfeng He; Ting Yu; Benedicte Vanwanseele; Xianyi Zhang
deleteShare
deleteSave
The effect of footwear longitudinal bending stiffness on jumping performance and lower limb joint biomechanics
deleteFootwear Science
IF3.8
delete2026-03-18
delete0
PREAI
deleteColin R. Firminger; Sasa Cigoja; Jared R. Fletcher; Benno M. Nigg; W. Brent Edwards; Michael J. Asmussen
deleteShare
deleteSave
Midsole foam compliance is a greater contributor to running economy, biomechanics, and perception than foam resilience or stack height in advanced footwear technology in male runners
deleteFootwear Science
IF3.8
delete2026-03-15
delete0
deleteOAAI
deleteJamie Ferris; Ben Hazelwood; Samuel N. Cheuvront; Jinger S. Gottschall
deleteShare
deleteSave
The effect of carbon fiber insoles on knee joint loading profiles during walking in older adults: a preliminary analysis
deleteFootwear Science
IF3.8
delete2026-03-15
delete0
PREAI
deleteElizabeth Bjornsen; Aubrey J. Gray; W. Zachary Horton; Brian Pietrosimone; Kota Z. Takahashi; Jason R. Franz
deleteShare
deleteSave
Functionally grouping male runners based upon individual responses to motion control running shoes: a laboratory based proof-of-concept study
deleteFootwear Science
IF3.8
delete2026-03-13
delete0
deleteOAAI
deleteSamuel Clark; Ben Langley
deleteShare
deleteSave
The increase in energy return for advanced footwear technologies over traditional footwear may be non-trivial
deleteFootwear Science
IF3.8
delete2026-03-05
delete0
PREAI
deleteCory Hofmann
deleteShare
deleteSave
The evolution of the human foot and its relation to foot and ankle dysfunction
deleteFootwear Science
IF3.8
delete2026-03-01
delete0
PREAI
deleteLyndon W. Mason; Kashif Ahmad; Karan Malhotra; James Redfern; James Chapman; Kristiaan D’Août
deleteShare
deleteSave
Cross-country runners with previous experience with advanced footwear technology demonstrate greater performance benefits
deleteFootwear Science
IF3.8
delete2026-03-01
delete0
PREAI
deleteJustin R. Matties; K. Michael Rowley
deleteShare
deleteSave
An evidence-based educational video does not influence running shoe selection: a randomised controlled trial
deleteFootwear Science
IF3.8
delete2026-02-05
delete0
deleteOAAI
deleteAndrew Fife; Jean-Francois Esculier; Codi Ramsey; Kim Hébert-Losier
deleteShare
deleteSave
Influence of shoe stack height on patellofemoral kinetics and joint work during running
deleteFootwear Science
IF3.8
delete2026-01-01
delete0
PREAI
deleteReyes, Kathy E.; Hannigan, J. J.
deleteShare
deleteSave
Feeling the trail: physiological and affective responses to a prolonged trail run with advanced footwear technology foam
deleteFootwear Science
IF3.8
delete2026-01-01
delete0
PREAI
deleteMuzeau, Melissa; Flood, Andrew; Tam, Nicholas; Abel, Benoit; Saunders, Philo; Staiano, Walter; Rattray, Ben
deleteShare
deleteSave
Biomechanical effects of maximal footwear on running: a systematic review and network meta-analysis
deleteFOOTWEAR SCIENCE
IF3.8
delete2025-12-01
delete0
PREAI
deleteXia, Zifan; Gao, Zixiang; Li, Wenlong; Hu, Chen; Fekete, Gusztav; Liang, Minjun; Gu, Yaodong
deleteShare
deleteSave
Automated traction analysis for worn shoes: combining novel imaging technology, convolutional neural networks, and hydrodynamic modelling to predict friction performance
deleteFOOTWEAR SCIENCE
IF3.8
delete2025-12-01
delete0
PREAI
deleteAristizabal Pla, Gerard; Beschorner, Kurt E.
deleteShare
deleteSave
Prefrontal cortex responses to different footwear comfort conditions: a feasibility study using functional near-infrared spectroscopy
deleteFOOTWEAR SCIENCE
IF3.8
delete2025-12-01
delete0
PREAI
deleteLiu, Na; O'Sullivan, David; Sterzing, Thorsten
deleteShare
deleteSave
Effects of advanced midsole foam in a daily trainer on muscle soreness, fatigue and training load during running training
deleteFOOTWEAR SCIENCE
IF3.8
delete2025-11-01
delete0
PREAI
deleteLyons, Sam M.; Paquette, Max R.; Tenbroek, Trampas; Steiner, Ethan
deleteShare
deleteSave
Velocity profiles of high-calibre ice hockey players: a comparison between fixed and dynamic skating blade holders
deleteFootwear Science
IF3.8
delete2025-09-23
delete0
deleteOAAI
deleteNiklas Psilander; Anton Arndt; Henrik Petré
deleteShare
deleteSave