Suchergebnisse - Experiments in Fluids

A. Ferrauti, P. Platen, E. Grimminger-Seidensticker, T. Jaitner, U. Bartmus, L. Becher, M. De Marées, T. Mühlbauer, A. Schauerte, T. Wiewelhove, E. Tsolakidis “… TABLE OF CONTENTS ENDURANCE AND PERFORMANCE ASPETAR FOOTBALL SCIENCE AWARD CARDIOVASCULAR EFFECTS OF EXERCISE MUSCLE-TENDON FUNCTION STROKE AND PARKINSON DISEASES PARALYMPICS MOVEMENT VARIABILITY MOTOR CONTROL: SKILL ACQUISITION TRAINING IN KINDERGARTEN AND SCHOOL COGNITION AND WELLBEING SPORT ORGANISATION AND POLITICS HYPOXIA AND ALTITUDE ANKLE AND ACL INJURIES PERFORMANCE AND RECOVERY HEALTH AND FITNESS IN CHILDREN AND ADOLESCENTS NEUROPHYSIOLOGY BIOMECHANICS: SOCCER COMBAT SPORTS METHODS AND EXERCISE PHYSIOLOGY 1 HISTORY AND ETHICS DETERMINANTS OF PA IN ADULTS INDIVIDUALISATION IN RECOVERY SCIENCE NUTRITION AND SUPPLEMENTS 1 GENOMICS, PROTEOMICS AND MUSCLE MOLECULAR BIOLOGY HEALTH AND FITNESS IN CHILDREN AND ADOLESCENTS 2 COACHING: PERFORMANCE BIOMECHANICS: COORDINATION AND RUNNING NEUROMUSCULAR FATIGUE EFFECTS OF EXERCISE IN OBESITY SERIOUS GAMES IN SPORT AND HEALTH - CHANCES AND CHALLENGES PHYSICAL EDUCATION AND LEARNING SPORT MANAGEMENT AND SOCIETY INDIVIDUALITY - SOCIAL AND PHYSIOLOGIC PERSPECTIVES FOR FITNESS AND HEALTH TRAINING CHILDREN´S HEARTS - CARDIAC ADAPTATIONS TO EXERCISE AND TRAINING IN THE CHILDHOOD DIETARY NITRATE AS AN ERGOGENIC AID ESSA - ECSS EXCHANGE:THERMOREGULATION RESIDUAL FORCE ENHANCEMENT - AN UNDERRATED NEUROMUSCULAR PROPERTY FOR SPORT & HEALTH COACHING OF ATHLETES DTB TENNIS AWARD 1 INJURY PREVENTION METHODS IN EXERCISE PHYSIOLOGY 2 TRAINING IN LEISURE SPORT EFFECTS OF TRAINING: MIXED SESSION EXPERIENCES IN SPORT JSPFSM-ECSS EXCHANGE SYMPOSIUM: CHALLENGING PHYSICAL INACTIVITY IN CHILDHOOD AND ADOLESCENCE - WHAT CROSS-BORDER EVIDENCE AND ISSUES DO WE HAVE?  …”

Yu, J., Liao, Z., Ma, X., Qi, S., Liang, Z., Wei, Z., Zhang, S. “… At present, research on the flight phase is mainly based on the single-factor impact analysis based on computational fluid dynamics simulation technology, but studies on the multi-factor coupling relationship of two or more factors is less.  …”

Giljarhus, K. E. T., Reid, R., Liland, F. F. “… The purpose of this investigation was to examine how the arms of an alpine skier influence the overall drag. Experiments were performed in a wind tunnel for a male and female athlete, and computational fluid dynamics simulations were performed on 3D scans of the athletes.  …”

Giljarhus, K. E. T., Gooding, M. T., Njærheim, J. “… The computational fluid dynamics simulations were performed in OpenFOAM, and compared against wind tunnel experiments from the literature.  …”

Nakashima, M., Tanno, Y., Fujimoto, T., Masutani, Y. “… In addition, an experiment was conducted in order to determine the fluid force coefficients in the fluid force model for the fin.  …”

Okuizumi, H., Sawada, H., Nagaike, H., Konishi, Y., Obayashi, S. “… The 1-m MSBS, located at the Institute of Fluid Science, Tohoku University, is the world`s largest MSBS.  …”

Konishi, Y., Matsushima, Y., Misaka, T., Okuizumi, H., Tanaka, K., Obayashi, S. “… The static aerodynamic coefficient from the experiment showed that the camber of the skirt was able to modify the aerodynamic characteristics.  …”

Petrone, N., Carraro, G., Castello, S.D., Broggio, L., Koptyug, A., Bäckström, M. “… The cranium, after assembly with brain, was filled with silicon oil mimicking the cerebral fluid. Silicon rubber was cast in additional 3D-printed molds to form the skin surrounding the cranium.  …”

Ansari, N., Krzywinski, S., Fröhlich, J. “… The paper proposes a holistic design approach combining the fluid mechanical simulation of the function with appropriate CAE-software for the generation of pattern cuttings.  …”

Mannion, P., Toparlar, Y., Blocken, B., Hajdukiewicz, M., Andrianne, T., Glifford, E. “… However, cycling research has not yet fully embraced para-cycling, with limited studies conducted on the aerodynamic performance of hand-cyclists and other para-cyclists. Wind tunnel experiments and computational fluid dynamics simulations were conducted in this research for the analysis of hand-cycling aerodynamics, focused on competitive H1-H4 category hand-cyclists.  …”

Uchida, T., Araya, R. “… In this paper, we use an analysis function for gas diffusion known as the Research Institute for Applied Mechanics, Kyushu University, Computational Prediction of Airflow over Complex Terrain (RIAM-COMPACT), which was developed for complex terrain, in Airflow Analyst software, and apply it to the spread and dissipation of a fluid layer (assuming the fluid layer contains COVID-19 particles).  …”

Beaumont, F., Bogard, F., Murer, S., Polidori, G., Madaci, F., Taiar, R. “… Experiments were performed at submaximal effort during a 1000 m on-track running test, and simulations were carried out under similar conditions in terms of speed and runners spacing.  …”

Grift, E. J. “… The aim of these experiments is to identify which flow phenomena govern rowing propulsion and subsequently adjust the oar blade configuration to optimise rowing propulsion.  …”

Feier, I., Way, J., Redfield, R.

Nakagawa, K., Hasegawa, H., Murakami, M. “… In particular, we focus on the aerodynamic stability of the two types of shuttlecock during impulsive change of an angle of attack (flip movement). Wind tunnel experiments are performed by using two types of the badminton shuttlecock (feather and synthetic shuttlecocks) to measure the fluid forces, and to visualize the flow fields around the shuttlecock.  …”

Lin, C. S. A., Chua, C. K., Yeo, J. H. “… Some of the numerical results were validated against wind tunnel experiments and showed good agreement. Variation of only 3.2-4.7% was observed between the numerical and experimented drag data of the gapless cone. …”

Mannion, P., Toparlar, Y., Blocken, B., Hajdukiewicz, M., Andrianne, T., Clifford, E. “… In this study, numerical simulations with computational fluid dynamics and reduced-scale wind tunnel experiments were used to study the aerodynamics of tandem cyclists considering 23 different torso angle combinations.  …”

Ainegren, M., Tuplin, S., Carlsson, P., Render, P. “… The results showed that flow conditions are acceptable for experiments even in worst-case scenarios with maximal inclined and declined treadmill.  …”

“… Moreover, researchers working in nanotechnology, are experimenting with exceptionally micro-sized - smaller than a millimeter - robots that literally swim through your bodily fluids; and the FDA approved the first digital pill with a digital ingestion tracking system in 2017.  …”

van Houwelingen, J., Antwerpen, R. M., Holten, A. P. C., Grift, E. J., Westerweel, J., Clercx, H. J. H. “… The method is inspired by particle tracking techniques, traditionally used in the field of fluid dynamics, to measure local velocities of a fluid flow.  …”