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  1. 14 Ιουν 2017 · With water being some 800 times denser than air, the frontal drag forces that slow swimmers down come into play at much slower speeds than all other sports on land. For that reason, in order to...

  2. 22 Μαρ 2018 · This study summarizes the effect of slightly altering hand and arm positions on two of the most important forces: lift and drag in swimming. While the results of this study are interesting, it is also important to not look at these results independently.

  3. blog.myswimpro.com › 2022/12/12 › how-to-decrease-drag-in-swimmingHow to Decrease Drag in Swimming

    12 Δεκ 2022 · We want to pull more water with each stroke, kick harder, increase our strength or improve the surface area of our pull. While all of those are totally valid ways to swim faster (and they all take a lot of work to master), decreasing drag is actually the fastest way to improve in the water.

  4. 29 Σεπ 2016 · Do you want to swim more efficiently, faster or further, but find your stroke too exhausting, unsustainable or deteriorates over time? Probably the biggest issue for adult learner, improver and even advanced swimmers, in some cases, is the ‘drag’ effect, created by sinking hips and legs. Reduce your ‘drag’ and you will: improve your times

  5. 10 Μαΐ 2017 · There are three different types of drag forces that slow swimmers down; pressure (form) drag, surface (wave) drag and friction. In a study done in 2008, Mollendorf, Termin et al...

  6. Drag is the resistance that water exerts on your body as you move through it. There are two phases of drag, known as passive drag and active drag. Passive drag is the resistance a swimmer meets while swimming forward. Active drag is the resistance a swimmer exerts.

  7. 19 Μαρ 2018 · The drag is the resistance force to the displacement that acts upon the swimmer. Drag force depends on anthropometrics, speed, water density and drag coefficient (Marinho et al., 2009). Total power output (Po) is the sum of the power to overcome the drag (Pd) and the power to transfer kinetic energy to water (Pk) (Toussaint, 1990).

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