- AADIDESS – Teoría de la Técnica
- Balta, N. (2012) – Locating the Center of Gravity: The Dance of Normal and Frictional Forces – Phys. Teach. DOI: 10.1119/1.4758140
- Bartlett, A. A. (2010) – “Apparent Weight”: A Concept that Is Confusing and Unnecessary – Phys. Teach. DOI: 10.1119/1.3502503
- Bernstein, N. L. et al (2005) – Friction Modeling and Compensation for Haptic Interfaces – Electrical Engineering & Aerospace Engineering – University of Colorado
- Briguet, V. (2002) – La physique du carving – Lycée-Collège des Creusets
- Brodie, M. A. D. (2009) – Optimization of Performance in Alpine Ski Racing with Fusion Motion Capture – Massey University
- Brown, C. & Reid, R. C. (2011) – Mechanical Interactions of Snow-Skis-Skier – Norwegian School of Sports Sciences
- Brownlie, L. et al (2010) – Factors Affecting the Aerodynamic Drag of Alpine Skiers – 8th Conference of the International Sports Engineering Association (ISEA)
- Ebski, R. (2014) – High–performance Simulation-based Algorithms for an Alpine Ski Racer’s Trajectory Optimization in Heterogeneous Computer Systems – Department of Computer Science AGH- University of Science and Technology, Al. Mickiewicza – DOI: 10.2478/amcs-2014-0040
- Federolf, P. (2005) – Quantifying the Movement of an Alpine Skier – University of Salzburg.
- Federolf, P. A. (2005) – Finite Element Simulation of a Carving Snow Ski – Swiss Federal Institute of Technology
- Giesbrecht, J. L. (2010) – Polymers on snow Towards skiing faster – Thesis – ETH Zurich
- Gilgien, M. (2008) – External forces acting in direction of travel and their relation to energy dissipation in slalom – Master’s Thesis in Sport Sciences – Department of Physical Performance – Norwegian School of Sport Sciences
- Gilgien, M. et al (2013) – Determination of External Forces in Alpine Skiing Using a Differential Global Navigation Satellite System – International Skiing Federation (FIS).
- Griffin, M. J. (1990) –Handbook of Human Vibration – Academic Press Limited
- Heinrich D. et al – Influence of Ski Bending Stiffness on the Turning Radius of Alpine Skis at Different Edging Angles and Velocities – A Computer Simulation – Department of Sport Science – University of Innsbruck – Department of Engineering Mathematics, Geometry, and Computer Science, University of Innsbruck – HTM Tyrolia, Schwechat, Austria
- Hewitt, P. (2015) – Conceptual Physics – City College of San Francisco – Twelfth edition – Pearson
- Hirose, K. et al (2015) – Comparison of carving and skidding turns by joint torque of skier and gliding velocities in ski running on alpine ski slope – Elsevier
- Howe, J. (2001) –The New Skiing Mechanics – McMillan.
- Jentschura, U.D. & Fahrbach, F. (2008) – Physics of Skiing: The Ideal–Carving Equation and Its Applications – Universität Freiburg – Physikalisches Institut
- Karlöf, L. et al (2005) – Why is ice and snow slippery? The Tribo-physics of skiing – Swix Sport AS, Research and Development – SINTEF, Box 124, 0314 Oslo, Norway.
- Kawasaki, H. et al (2006) – Haptic Rendering and Perception of Frictional Moment – Proceeding of EuroHaptics
- Komissarov, S. S. (2018) – Modelling of Carving Turns in Alpine Skiing – Department of Applied Mathematics – The University of Leeds
- Kuzmin, L. (2006) – Investigation of the most essential factors influencing ski glide – Department of Applied Physics and Mechanical Engineering Division of Computer Aided Design – Luleå University of Technology
- Lappi, M. (2009) – The Kinetic characteristics in Competitive Slalom Skiing – Master’s Thesis in Sport Sciences – Department of Physical Performance – Norwegian School of Sport Sciences
- Lešnik, B. & Žvan, M. (2007) – Correlation between the length of the ski track and the velocity of top slalom skiers – Faculty of Sport, University of Ljubljana, Ljubljana, Slovenia
- Lešnik, B. & Žvan, M. (2007) – The best slalom competitors – Kinematic analysis of tracks and velocities – University of Ljubljana, Faculty of Sport, Ljubljana.
- Lind, D., & Sanders, S. P. (2013) –The Physics of Skiing: It’s a Science – Springer
- Lüthi, A. (2005) – Physical Model for the Alpine Ski Turn – Swiss Federal Institute for Snow and Avalanche Research.
- Madura, J. M. – Analyzing the possible line choices a ski racer has in a course – Worcester Polytechnic Institute
- Moldestad, D.A. (1999) – Some Aspects of Ski Base Sliding Friction and Ski Base Structure – Thesis – Norwegian University of Science and Technology
- Mössner, M. (2006) – Investigations on the Ski-Snow Contact in Alpine Skiing – Thesis – Faculty of Mathematics, Computer Science, and Physics of the University of Innsbruck
- Mössner, M. et al – Modeling of the Ski-Snow Contact for a Carved Turn – University of Innsbruck, Department of Sport Science – University of Innsbruck, Department of Engineering Mathematics, Geometry, and Computer Science – University of Technology, Department of Mechanics and Mechatronics – HTM Tyrolia, Schwechat, Austria
- Müller, E., et al. (2012) – Science and Skiing V – Meyer & Meyer Verlag
- Nakazato, K. (2011) – A comparison of ground reaction forces determined by portable force-plate and pressure-insole systems in alpine skiing – Journal of Sports Science and Medicine
- P. Gómez López, M. et al (2004) – Análisis de la inclinación del esquiador hacia el interior del viraje de slalom en esquí alpino – Departamento de Educación Física y Deportiva – Universidad de Granada
- P. Gómez-López, M. et al (2002) – Análisis biomecánico de la técnica individual del viraje en esquí alpino de competición – Departamento de Educación Física y Deportiva – Universidad de Granada.
- P. Kaps et al (1996) – Determination of Kinetic Friction and Drag Area in Alpine Skiing – Ski Trauma and Skiing Safety
- Raguso, V. (2000) – Skiing Forces, Risk, and Risk Reduction – Alpine Education Guidebook – The guidebook for coaches and officials – Alpine Ski Racing Education Series – New York State Ski Racing Association (NYSSRA)
- Reid, R. C. (2010) – A Kinematic and Kinetic Study of Alpine Skiing Turns – Norwegian School of Sport Sciences.
- Roederer, J. G. (2008) – Mecánica Elemental– Eudeba – Universidad de Buenos Aires
- Schiestl, M. et al – Calculation of Friction and Reaction Forces During an Alpine World Cup Downhill Race – Department of Engineering Mathematics, Geometry, and Computer Science – Department of Sport Science – University of Innsbruck
- Spörri, J. (2012) – Biomechanical Aspects of Performance Enhancement and Injury Prevention in Alpine Ski Racing – Doctoral Thesis – University of Salzburg – Department of Sport Science and Kinesiology
- Takeda, M. et al (2010) – Friction of the short model ski at low velocity– International Conference on Science of Friction (ICSF2010) – IOP Publishing Journal of Physics – DOI:10.1088/1742-6596/258/1/012007
- Tipler, P. A., & Mosca, G. (2010) – Física para la ciencia y la tecnología – Reverté.
- Tözeren, A. (2010) – Human Body Dynamics: Classical Mechanics and Human Movement – Springer-Verlag New York, Inc.
- Wagners, J. (1995) – A Ski Instructor’s Guide to the Physics and Biomechanics of Skiing – Educational Steering Committee – Professional Ski Instructors of America
- Young, H. D. & Freedman, R. A. (2016) – University physics with modern physics – Pearson Education Inc.
