Search Results - "Sportstätten und Sportgeräte"
-
1
A novel pathway to characterise footballs for finite element analysis
Barnes-Wood, M. J., Ramos, H., Santiago, R., Theobald, P.Published in ISBS Proceedings Archive: Vol. 43: Iss. 1 (2025)“…Sportstätten und Sportgeräte…”
-
2
Investigating static water uptake characteristics and mechanisms for leather and synthetic association footballs
Phillips, I., Harland, A., Mitchell, S., Lepper, P.Published in Sports Engineering (2025)“…Sportstätten und Sportgeräte…”
-
3
No increased injury risk on artificial turf in Finnish Premier Division football
Immonen, V., Kurittu, E., Kuitunen, I., Vasankari, T., Leppänen, M.Published in Clinical Journal of Sport Medicine (2025)“…Sportstätten und Sportgeräte…”
-
4
Field conditions is a risk factor for traumatic injury in youth football - A joint venture of medicine and hydrology
Jordt, I., Thygesen, M. M., Johansen, T. A., Jensen, K. H., Agger, P.Published in Scandinavian Journal of Medicine & Science in Sports (2023)“…Sportstätten und Sportgeräte…”
-
5
Sand and grass surfaces are equally effective in promoting positive adaptations in the sprint performance of elite young soccer players
Pereira, L. A., Nunes, R. F. H., Freitas, T. T., Paes, C. A., Conde, J. H. S., Novack, L. F., Kosloski, T., Silva, R. L. P., Azevedo, P. H. S. M., Loturco, I.Published in Biology of Sport (2023)“…Sportstätten und Sportgeräte…”
-
6
Environmental factors affecting a football`s trajectory at the direct free kick
Marqversen, E. M., Krustrup, P., Andersen, T. B.Published in Sports Engineering (2023)“…Sportstätten und Sportgeräte…”
-
7
Spatiotemporal variability of a stadium football pitch during a professional tournament
Burbrink, C. M., Straw, C. M.Published in Sports Engineering (2023)“…Sportstätten und Sportgeräte…”
-
8
Development and evaluation of a sensory panel for collecting reliable player perceptions of third-generation synthetic turf football surfaces
Cole, D., Forrester, S., Fleming, P., Bauer, M., James, D., Benetti, M., Wistel, K., Billingham, J., Roberts, J.Published in Sports Engineering (2023)“…Sportstätten und Sportgeräte…”
-
9
Comparison of player perceptions to mechanical measurements of third generation synthetic turf football surfaces
Cole, D., Fleming, P., Roberts, J., James, D., Benetti, M., Wistel, K., Billingham, J., Forrester, S.Published in Sports Engineering (2023)“…Sportstätten und Sportgeräte…”
-
10
Home advantage in football after moving to a new stadium: evidence from European professional teams
Leite, W., Giardina, M., Almeida, C. H., Pollard, R.Published in International Journal of Sport and Exercise Psychology (2023)“…Sportstätten und Sportgeräte…”
-
11
-
12
Lower extremity injury rates on artificial turf versus natural grass playing surfaces: A systematic review
Gould, H. P., Lostetter, S. J., Samuelson, E. R., Guyton, G. P.Published in The American Journal of Sports Medicine (2023)“…Sportstätten und Sportgeräte…”
-
13
A new model of third generation artificial turf degradation, maintenance interventions and benefits
Fleming, P. R., Watts, C., Forrester, S.Published in Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology (2023)“…Sportstätten und Sportgeräte…”
-
14
Did the absence of crowd support during the Covid-19 pandemic affect the home advantage in brazilian elite soccer?
de Castro Ribeiro, L., de Souza Fonseca, F., De Conti Teixeira Costa, G., de Oliveira Castro, H., da Silva Santos, J. P. V., Savassi Figueiredo, L.Published in Journal of Human Kinetics (2022)“…Sportstätten und Sportgeräte…”
-
15
New photocell timing gates for measuring the maximum velocity of futsal players
Apriantono, T., Herman, I., Adiprawita, W., Winata, B.Published in Sport Sciences for Health (2022)“…Sportstätten und Sportgeräte…”
-
16
Retrospektive Analyse ausgewählter Belastungs- und Beanspruchungsparameter einer professionellen Fußballmannschaft vor und während coronabedingter Kontaktbeschränkungen in der Spie... (Retrospective analysis of selected stress and strain parameters of a professional soccer team before and during corona-induced contact limitations in the 2019/20 playing season)
Kunz, P., Düking, P., Leppich, R., Lachmann, J., Sperlich, B.Published in Leipziger Sportwissenschaftliche Beiträge (2022)“…Sportstätten und Sportgeräte…”
-
17
Sprint performance and force-velocity profiling does not differ between artificial turf and concrete
Shahab, S., Steendahl, I. B., Ruf, L., Meyer, T., Van Hooren, B.Published in International Journal of Sports Science & Coaching (2021)“…Sportstätten und Sportgeräte…”
-
18
Using agronomic data to minimize the impact of field conditions on player injuries and enhance the development of a risk management plan
Walker II, E. G., Walker, K. S.Published in Journal of Sports Analytics (2022)“…Sportstätten und Sportgeräte…”
-
19
Impact of third generation synthetic turf athletic field age on surface hardness and infill depth spatial variability
Dickson, K. H., Straw, C. M., Thoms, A. W., Carson, T. D., Sorochan, J. C.Published in Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology (2022)“…Sportstätten und Sportgeräte…”
-
20
Comparison of plantar loading patterns on natural grass and artificial turf during various athletic activities
Sultan, O., Nuhmani, S., Muaidi, Q. I.Published in The Journal of Sports Medicine and Physical Fitness (2021)“…Sportstätten und Sportgeräte…”