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The aplication of CSS in swimming flume
Cagaň, Štěpán ; Jurák, Daniel (advisor) ; Chrzanowská, Babeta (referee)
Title: Application of CSS (Critical Swimming Speed) in the swimming flume. Objectives: Purpose of our pilot study was to find out, if load during swimming on speed of anaerobic threshold in the flume on level validated by accredited workplace corresponds with load during swimming in the swimming pool. Methods: For verification of our purpose, for each proband we first determined speed of anaerobic threshold, using Critical Swimming Speed protocol. Subsequently we monitored values of blood lactate and heart rate during swimming on anaerobic threshold speed level in the pool and thereafter in the flume. We have compared measured values. Results: We found out, that load in the flume is much lower, than load in the pool. We also found out, that stream of water in flume is not constant. Keywords: flume, swimming, swimming simulator, lactate, front crawl stroke, critical swimming speed
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Testing of maximum SF in a swimming flum, and swimming pool - a comparison of methods
Hubička, Tomáš ; Jurák, Daniel (advisor) ; Čechovská, Irena (referee)
Title: Testing of Maximum HR in the Swimming Flum and Swimming Pool Objectives: The aim is to compare the detection method of max HR in a swimming Flum with the method of detection max HR in the classic swimming pool. By meeting other goals we want to determine which method is more precise, what the positives and negatives of individual measurements show and what the difference are practically max values observed in HR pool and the Flume compared with the results of theoretical calculation max HR. Methods: According to a pilot study with methodology of the thesis, HRmax was tested in a swimming Flum and the methodology according to Formanek and Horčic HRmax testing was carried out in the swimming pool. A sample of probands were selected from students UK FTVS. For the recording was used sporttester and data evaluation program execution Polar Precision Performance. To determine the submaximal swimming speed we used CSS test. This rate was also used to warm up before swimming test to the individual HRmax of probands in a swimming Flum. The measured data of both measurements were compared with each other and the results described and evaluated. Results: CSS gained speed in m/s, was used in the Flume in escalations test to HRmax. We measured values HRmax tests in a Flume and in a swimming pool. The Test...
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Comparison of parameters measuring upper limb movement on land and water
Kružík, Josef ; Jurák, Daniel (advisor) ; Zenáhlík, Aleš (referee)
Title: Comparison of parameters for measuring the movement of the upper limbs on land and water. The Aim: The aim of this work is to compare selected parameters of swimming performance and technique, obtained in a 25m pool, in a pool with countercurrent (Flum) and on a biokinetic simulator Biokinetic. The Methods: The data used in the diploma thesis were obtained by direct measurements in the swimming pool, in Flum and by means of the Biokinetic swimming simulator. SmartPaddles were used to collect data. The data were then evaluated by Trainsense software and processed into tables and graphs. The Results: Based on the results, we can state that the highest power (W) was always delivered on the Biokinetic. The biggest difference between the average performances of upper limb was in the right hand during the crawl, when the hand on the Biokinetic (257 N) gave 701% of the performance of the right hand in the pool (42.53 N). The results of the average force of the upper limb propulsion for Butterfly in the pool were 19.08 N for the right hand and 17.21 N for the left hand. For Butterfly in the Flum were 13.68 N for the right hand and 11.93 N for the left hand. During the crawl, the proband generated 12.66 N with the right hand and 13.96 N with the left hand. When swimming in Flum, the force values for...
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Testing of maximum SF in a swimming flum, and swimming pool - a comparison of methods
Hubička, Tomáš ; Jurák, Daniel (advisor) ; Čechovská, Irena (referee)
Title: Testing of Maximum HR in the Swimming Flum and Swimming Pool Objectives: The aim is to compare the detection method of max HR in a swimming Flum with the method of detection max HR in the classic swimming pool. By meeting other goals we want to determine which method is more precise, what the positives and negatives of individual measurements show and what the difference are practically max values observed in HR pool and the Flume compared with the results of theoretical calculation max HR. Methods: According to a pilot study with methodology of the thesis, HRmax was tested in a swimming Flum and the methodology according to Formanek and Horčic HRmax testing was carried out in the swimming pool. A sample of probands were selected from students UK FTVS. For the recording was used sporttester and data evaluation program execution Polar Precision Performance. To determine the submaximal swimming speed we used CSS test. This rate was also used to warm up before swimming test to the individual HRmax of probands in a swimming Flum. The measured data of both measurements were compared with each other and the results described and evaluated. Results: CSS gained speed in m/s, was used in the Flume in escalations test to HRmax. We measured values HRmax tests in a Flume and in a swimming pool. The Test...
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Comparative analysis of addirect forward stroke performed on single canoe in flatwater canoeing.
Součková, Lenka ; Bačáková, Radka (advisor) ; Doktor, Martin (referee)
Tittle: Comparative analysis of addirect forward stroke performed on single canoe in flatwater canoeing. Goals: The goals of study is to describe and compare the movement pattern of a forvard paddle stroke on a canoe in flatwater and in the paddling pool (flum). Methods: The work has mixed empirical-theoretical character, The study is a descriptive individual study. Muscle activity was measured using surface electromyography with synchronized video recording (kinematic analysis). Results: We found differences in the sequence of muscle activity in the direct paddle stroke on a canoe. The main sequential difference were found with these muscles: musculus triceps brachii R, m. biceps brachii L, m. external abdominal oblique L. Key words: Flatwater canoeing, C1 women, flum, elektromyography, forward stroke
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The aplication of CSS in swimming flume
Cagaň, Štěpán ; Jurák, Daniel (advisor) ; Chrzanowská, Babeta (referee)
Title: Application of CSS (Critical Swimming Speed) in the swimming flume. Objectives: Purpose of our pilot study was to find out, if load during swimming on speed of anaerobic threshold in the flume on level validated by accredited workplace corresponds with load during swimming in the swimming pool. Methods: For verification of our purpose, for each proband we first determined speed of anaerobic threshold, using Critical Swimming Speed protocol. Subsequently we monitored values of blood lactate and heart rate during swimming on anaerobic threshold speed level in the pool and thereafter in the flume. We have compared measured values. Results: We found out, that load in the flume is much lower, than load in the pool. We also found out, that stream of water in flume is not constant. Keywords: flume, swimming, swimming simulator, lactate, front crawl stroke, critical swimming speed
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