ARCHERY: EVOLUTION OF THE SPORTS EQUIPMENT THROUGHOUT THE XX CENTURY

Authors

DOI:

https://doi.org/10.58407/visnik.232013

Keywords:

archery, biomechanical system «bow–archer», sports equipment, chronology of development

Abstract

The sports equipment plays an important role in achieving a high sports result in almost any sport. This is especially important in those sports, the essence of which is the high-quality possession of technical means. Such sports include archery. The use of technically well-chosen, high-quality weapons and arrows is one of the most important factors in the formation of a sports result. And although this fact is indisputable, there are practically no scientific works that comprehensively characterize the evolution of the archer sports equipment during the 20th century, their influence on the change in sports technique and sports performance of shooters.
The purpose of the scientific research is to determine the trends in the development of the sports equipment of archers during the last hundred years.
Methodology. The method of achieving the goal of the work is based on the analysis of scientific and methodical literature, Internet sites of international and national archery federations, which highlight the history of the development of archery, the development and improvement of the sports equipment in archery, the history of manufacturers of sports weapons for archers. Periodization of the received information is applied, as well as historical-comparative, historical-systemic and historical-typological methods of its processing.
Scientific novelty. The article provides for the first time systematic information about the evolution of the inventory used by archers during the 20th century. The key innovations in archery, which directly affected the sports performance of archers, as well as the change in options for using technological techniques in the process of executing a complete shot, are characterized.
Conclusions. The most important chronological sequence and stages of the introduction of technological innovations and improvement of the sports equipment of archers during the 20th century have been established. The impact of these innovations on the development of sports archery is characterized.

Author Biographies

Bogdan Vynogradskyi, Ivan Boberskyi Lviv State University of Physical Culture

Researcher ID AAT-7936-2021
Scopus-Author ID 56239795200
Doctor of Sciences in physical education and sports, professor Head of the department of shooting and technical sports, Ivan Boberskyi Lviv State University of Physical Culture (Lviv, Ukraine)

Oleksandr Kalynichenko, Sports and Health Lviv National University of Veterinary Medicine and Biotechnology named after Stepan Gzhitskyi

Candidate of Pedagogical Sciences, Associate Professor Associate Professor of the Department of Physical Education, Sports and Health Lviv National University of Veterinary Medicine and Biotechnology named after Stepan Gzhitskyi (Lviv, Ukraine)

References

Vynogradskyi, B. A. (2007). Modeliuvannia skladnykh biomekhanichnykh system i yoho realizatsiia v sporti [Modeling of complex biomechanical systems and its implementation in sports]. Lviv, Ukraine: ZUKTs [in Ukrainian].

Vynogradskyi, B. A. (2012). Sportyvna strilba z luka: osnovy y udoskonalennia spetsialnoi pidhotovlenosti [Archery: basics and improvement of special training]. Lviv, Ukraine: LSUFC [in Ukrainian].

Andrew J. Callaway, Johanna Wiedlack & Mario Heller (2017) Identification of temporal factors related to shot performance for indoor recurve archery, Journal of Sports Sciences, 35:12, 1142-1147, DOI: 10.1080/02640414.2016. 1211730

Cevdet Tinazci. (2011) Shooting dynamics in archery: A multidimensional analysis from drawing to releasing in male archers. Procedia Engineering 13, 290–296.

Cheng-Hao Quan, Zia Mohy-Ud-Din, Sangmin Lee. (2017) Analysis of Shooting Consistency in Archers: A Dynamic Time Warping Algorithm-Based Approach. Journal of Sensors 2017, 1–6.

D. Simsek, A.O. Cerrah, H. Ertan, A.R. Soylu. (2019) A comparison of the ground reaction forces of archers with different levels of expertise during the arrow shooting. Science & Sports 34:2, 137–145.

Eleonora Vendrame, Valeria Belluscio, Luigi Truppa, Lorenzo Rum, Aldo Lazich, Elena Bergamini & Andrea Mannini (2022) Performance assessment in archery: a systematic review, Sports Biomechanics, DOI: 10.1080/ 14763141.2022.2049357

H Ertan, B Kentel, S.T Tümer, F Korkusuz. (2003) Activation patterns in forearm muscles during archery shooting. Human Movement Science 22:1, 37–45.

H. Ertan, A.R. Soylu, F. Korkusuz. (2005) Quantification the relationship between FITA scores and EMG skill indexes in archery. Journal of Electromyography and Kinesiology 15:2, 222–227.

Halpin, R. W. (2003). Bowstring materials. Journal of the Society of Archer–Antiquaries, 46, 54–61.

Hickman, C. N. (1937). The dynamics of a bow and arrow. Journal of Applied Physics, 8, 404–409.

Horsak, B., & Heller, M. (2012). A three–dimensional analysis of finger and bow string movements during the release in archery. Journal of Applied Biomechanics, 27, 151–160.

Juergen Edelmann-Nusser, Mario Heller, Martin Hofmann, Nico Ganter. (2006) Measurement of Draw-Length Alterations in the Final Pull in Archery. The Engineering of Sport 6, 93–98.

Klopsteg, P. E. (1943). Physics of bows and arrows. American Journal of Physics, 11, 175–192.

Kooi, B. W. (1991). The ‘cut and try’ method in the design of the bow. In H. A. Eschenauer, C. Mattheck, & N. Olhoff (Eds.), Engineering optimization in design processes (283–292). Berlin: Springer-Verlag, volume 63 of Lecture Notes in Engineering.

Kooi, B. W. (1991). On the mechanics of the modern working-recurve bow. Computational Mechanics, 8, 291–304.

Kooi, B. W. (1994). The design of the bow. Proceedings of the Koninklijke Nederlandse Akademie van Wetenschappen, 3, 283–309.

Kooi, B. W. (1998). Bow–arrow interaction in archery. Journal of Sport Sciences, 16, 721–731.

Kooi, B. W., & Sparenberg, J. A. (1980). On the static deformation of a bow. Journal of Engineering Mathematics, 14(1), 27–45.

Kooi, B. W., & Sparenberg, J. A. (1997). On the mechanics of the arrow: Archer’s Paradox. Journal of Engineering Mathematics, 31(4), 285–306.

Mario Heller. (2012) Evaluation of arrow release in highly skilled archers using an acoustic measurement system. Procedia Engineering 34, 532–537.

Miyazaki, T., Mukaiyama, K., Komori, Y., Okawa, K., Taguchi, S., &Sugiura, H. (2013). Aerodynamic properties of an archery arrow. Sports Engineering, 16(1), 43–54. doi:10.1007/s12283-012-0102-y

Nico Ganter, Karl Christoph Matyschiok, Marcel Partie, Börge Tesch, Jürgen Edelmann-Nusser. (2010) Comparing three methods for measuring the movement of the bow in the aiming phase of Olympic archery. Procedia Engineering 2:2, 3089–3094.

Park, J. L. (2013). Arrow behaviour in the lateral plane during and immediately following the power stroke of a recurve archery bow. Proceedings of the Institution of Mechanical Engineering and Technology Engineers, Part P: Journal of Sports, 227, 172–183.

Park, J. L. (2013). The impact of material selection on arrow design and optimal selection for competition. Proceedings of the Institution of Mechanical Engineering and Technology Engineers, Part P: Journal of Sports, 227, 237–243.

Park, J. L. (2014). Arrow behaviour in the vertical plane during and immediately following the power stroke of a recurve bow. Proceedings of the Institution of Mechanical Engineering and Technology Engineers, Part P: Journal of Sports, 228, 16–23.

Park, J. L., & Logan, O. (2013). High-speed video analysis of arrow behaviour during the power stroke of a recurve archery bow. Proceedings of the Institution of Mechanical Engineering and Technology Engineers, Part P: Journal of Sports, 227, 128–136.

Paul E. Klopsteg Archery // Encyclopedia Britannica. URL: https://www.britannica.com/sports/archery/ Equipment (Dec 30, 2022)

Pękalski, R. (1987). Modelling and simulation research of the competitor–bow–arrow system (Ph.D. thesis). Warsaw: Academy of Physical Education. (In Polish).

Pękalski, R. (1990). Experimental and theoretical research in archery. Journal of Sports Sciences, 8, 259–279.

Rieckmann, M., Park, J. L., Codrington, J., & Cazzolato, B. (2012). Modelling the three dimensional vibration of composite archery arrows under free-free boundary. Proceedings of the Institution of Mechanical Engineering and Technology Engineers, Part P: Journal of Sports, 226, 16–23.

Rule Book. World Archery Federation [Internet]. 2018 [cited 2019 Mar 16]. Available from: http:// worldarchery.org/Rules

Sarro KJ, Viana TC, De Barros RML. European Journal of Sport Science [Internet]. 2020 Apr: 1–6 [cited 2020 May 04]. Available from: https://www.tandfonline.com/doi/abs/10.1080/ 17461391. 2020.1754471? journal Code =tejs20

Si Lie Tan, Koon Teck Koh & Marja Kokkonen (2016) The perception of elite athletes’ guided self-reflection and performance in archery, Reflective Practice, 17:2, 207–220, DOI: 10.1080/14623943.2016.1146582

Tuijn, C., & Kooi, B. W. (1992). The measurement of arrow velocities in the students’ laboratory. European Journal of Physics, 13, 127–134.

Vendrame E, Belluscio V, Truppa L, Rum L, Lazich A, Bergamini E, Mannini A. Performance assessment in archery: a systematic review. Sports Biomech. 2022 Mar 29:1-23. doi: 10.1080/14763141.2022.2049357.

Wayne Spratford & Rhiannon Campbell (2017) Postural stability, clicker reaction time and bow draw force predict performance in elite recurve archery, European Journal of Sport Science, 17:5, 539–545, DOI: 10.1080/17461391.2017.1285963

World Archery. (2018). World Archery rules, https://worldarchery.org/ Rules. Accessed 01.01.18.

Zanevskyy, I. (2001). Lateral deflection of archery arrows. Sports Engineering, 4, 23–42.

Zanevskyy, I. (2006). Bow tuning in the vertical plane. Sports Engineering, 9, 77–86.

Published

2023-09-11

Issue

Section

БІОМЕХАНІЧНІ, ІНФОРМАЦІЙНО-КОМУНІКАЦІЙНІ ТЕХНОЛОГІЇ ТА КОНСТРУКТОРСЬКІ РОЗРОБКИ У ФІЗИЧНОМУ ВИХОВАННІ ТА СПОРТІ