Biomechanical Analysis of the Basic Classical Dance Jump – The Grand Jeté
The aim of this study was to analyse the most
important parameters determining the quality of the motion structure
of the basic classical dance jump – grand jeté.Research sample
consisted of 8 students of the Dance Conservatory in Brno. Using the
system Simi motion we performed a 3D kinematic analysis of the
jump. On the basis of the comparison of structure quality and
measured data of the grand jeté, we defined the optimal values of the
relevant parameters determining the quality of the performance. The
take-off speed should achieve about 2.4 m·s-1, the optimum take-off
angle is 28 - 30º. The take-off leg should swing backward at the
beginning of the flight phase with the minimum speed of 3.3 m·s-1.If
motor abilities of dancers achieve the level necessary for optimal
performance of a classical dance jump, there is room for certain
variability of the structure of the dance jump.
[1] N. I. Tarasov, KlasickÛ tanec. Praha: SPN, 1983.
[2] N. P. Bazarovová, KlasickÛ tanec. Praha: SPN, 1985.
[3] A. J. Vaganov├í, Z├íklady klasického tance. SPN Praha, 1981.
[4] V. S. Kostrovickaja, A. A. Pisarev, Škola klassičeskogo tanca.
Leningrad: Iskusstvo, 1986.
[5] T. Thomas, J. Murray, L. Stanley, P. Galler, D. G. E. Robertson,
ÔÇ×Anylysis of the aerial and landing phases of the grand jeté" Conference
Proceedings Archive, 22 International Symposium on Biomechanics in
Sports, 2004. Retrieved 1. 6. 2011 from <http://w4.ub.unikonstanz.
de/cpa/article/viewFile/1266/1188>
[6] S. Kašparová, Technika a metodika moderní gymnastiky. Praha: SPN,
1981.
[7] K. Le┼íko, K. Fe─ì, R. Fe─ì, ÔÇ×Impulz sily odrazu ako ukazovatel
efekt├¡vnosti využ├¡vania sily" in Sport a kvalita života. Brno: MU, 2006.
[8] K. Laws, Physics and the Art of Dance. New York: Oxford university
press, 2002.
[9] D. G. E. Robertson, P. Galler, L. Stanley, Simulation of the airborne
phase of the grand jeté in ballet. Ottawa: University of Ottawa, 2004.
Retrieved 1. 6. 2011 from
<http://www.health.uottawa.ca/biomech/lab/docs/abc5_gr.pdf
[1] N. I. Tarasov, KlasickÛ tanec. Praha: SPN, 1983.
[2] N. P. Bazarovová, KlasickÛ tanec. Praha: SPN, 1985.
[3] A. J. Vaganov├í, Z├íklady klasického tance. SPN Praha, 1981.
[4] V. S. Kostrovickaja, A. A. Pisarev, Škola klassičeskogo tanca.
Leningrad: Iskusstvo, 1986.
[5] T. Thomas, J. Murray, L. Stanley, P. Galler, D. G. E. Robertson,
ÔÇ×Anylysis of the aerial and landing phases of the grand jeté" Conference
Proceedings Archive, 22 International Symposium on Biomechanics in
Sports, 2004. Retrieved 1. 6. 2011 from <http://w4.ub.unikonstanz.
de/cpa/article/viewFile/1266/1188>
[6] S. Kašparová, Technika a metodika moderní gymnastiky. Praha: SPN,
1981.
[7] K. Le┼íko, K. Fe─ì, R. Fe─ì, ÔÇ×Impulz sily odrazu ako ukazovatel
efekt├¡vnosti využ├¡vania sily" in Sport a kvalita života. Brno: MU, 2006.
[8] K. Laws, Physics and the Art of Dance. New York: Oxford university
press, 2002.
[9] D. G. E. Robertson, P. Galler, L. Stanley, Simulation of the airborne
phase of the grand jeté in ballet. Ottawa: University of Ottawa, 2004.
Retrieved 1. 6. 2011 from
<http://www.health.uottawa.ca/biomech/lab/docs/abc5_gr.pdf
@article{"International Journal of Business, Human and Social Sciences:63537", author = "M. Kalichová", title = "Biomechanical Analysis of the Basic Classical Dance Jump – The Grand Jeté", abstract = "The aim of this study was to analyse the most
important parameters determining the quality of the motion structure
of the basic classical dance jump – grand jeté.Research sample
consisted of 8 students of the Dance Conservatory in Brno. Using the
system Simi motion we performed a 3D kinematic analysis of the
jump. On the basis of the comparison of structure quality and
measured data of the grand jeté, we defined the optimal values of the
relevant parameters determining the quality of the performance. The
take-off speed should achieve about 2.4 m·s-1, the optimum take-off
angle is 28 - 30º. The take-off leg should swing backward at the
beginning of the flight phase with the minimum speed of 3.3 m·s-1.If
motor abilities of dancers achieve the level necessary for optimal
performance of a classical dance jump, there is room for certain
variability of the structure of the dance jump.", keywords = "biomechanical analysis, classical dance, grand jeté,jump", volume = "5", number = "11", pages = "1730-5", }