Index

Updated: 31 March 2020

What article(s) should I read first? Are certain articles “prerequisites” for later installments?

Good questions!

Articles in the Science of Paddling series are numbered in the order that they were posted. At present there are twenty articles in total, and they do fall into a few logical groupings. So where to begin?

Since it serves as the basis for several later articles, Part 1: Tandem vs. Solo is the best place to start. After that, follow your bliss depending on your particular category of interest. Articles are organized below by group, where later articles in a given category (often) build upon previous articles in that category.

Training Articles

Part 6: What Fuels You presents an overview of exercise physiology, with emphasis on the various metabolic systems that are engaged in particular exercise intensities and durations.

Part 9: Power to the Paddlers explores how Velocity Based Training, which emphasizes developing power, may be the most suitable type of strength training for paddlers.

Part 12: The Deflection Point presents a way to determine one’s anaerobic threshold using a paddling-specific step test.

Part 17: 30-30 Intervals adapts a running interval protocol to paddling so as to maximize VO2max.

Part 15: Speed Above Replacement provides a way to quantify a paddler’s power generation in comparison to other paddlers in a boat.

Paddling Physics Articles

Part 3: The Rough Stuff provides a general overview of drag, including laminar flow, laminar-to-turbulent transition, sublayer bursting, and various novel approaches to drag reduction.

Part 4: Shallow Water presents a wave propagation-based view of wave drag for deep and shallow water.

Part 5: What Moves You uses the principle of conservation of momentum to explain what actually makes a hull move when paddled.

Part 7: There and Back shows that you don’t gain enough time running with the current to offset time losses paddling upstream in out-and-back courses.

Part 18: Many Rivers to Cross looks at approaches to crossing a river in the presence of current that is optimal with respect to either time or distance.

Part 2: Paddling in Sync considers the importance of stroke synchronization in tandem teams.

Part 11: About the Bend considers whether bentshaft paddles provide any benefit vs. straight shaft paddles, and whether there might be an “optimal” bend angle.

Part 19: Roll Your Boat provides an overview of hull stability in roll, including a model for free surface effects in a partially swamped boat.

Part 14: Kind of a Drag presents a way of measuring the drag coefficient for a hull in the field.

Part 20: Cutting Corners looks at the problem of cutting shallow water corners using a wave speed-based metric.

Part 21: Use the Force presents a way to qualitatively measure paddling force, helping you become a paddling physicist in the process.

Sensors, Measurement, and Technology Articles

Part 14: Kind of a Drag presents a way of measuring the drag coefficient for a hull in the field.

Part 16: Cycles and Cycloids considers whether bicycling cadence sensors can be used to measure paddling cadence for kayakers. This article includes a brief exposition on how accelerometers work.

Part 21: Use the Force presents a way to qualitatively measure paddling force, helping you become a paddling physicist in the process.

Other Articles

Part 13: Where’s the Science? is a brief foray into the philosophy of science, with particular emphasis on how assumptions are made (and used) in mathematics, science, engineering, and Science of Paddling articles.

Part 8: Leveling the Field uses physics to derive a time-adjustment bonus in the NECKRA Points Series for women C-1 racers.

Part 10: Linearizing the Field builds upon Leveling the Field, and looks at the validity of additive bonuses in adjusting finishing times based upon age, hull, and sex.

v1.0 (c) 2020, Shawn Burke, all rights reserved