Concept II- Dreissigacker oars; Oars and oarblade design: Big Blade, Smoothie,
Vortex Edge; Concept-II ergometers
http://www.concept2.com
Davenport, Mike- The Nuts and Bolts Guide to Rigging and electronic
rigging newsletter
http://www.MaxRigging.com
Carl Douglas Racing Shells- Fine Small-boats/ AeRowing low-drag riggers/
Advanced accessories
http://www.carldouglas.co.uk (boats)
http://www.aerowing.co.uk (riggers)
Dudhia, Anu- Oxford University; FAQ: Physics of Rowing, etc.
http://www.atm.ox.ac.uk/rowing/physics
Durham Boat Company- Dreher oars; Oars and oarblade design: BB-Series, Apex;
RowPerfect ergometer
http://www.durhamboat.com
Fluent, Inc.- Finite-element Navier-Stokes modeling of solid forms in fluids.
Model static oarblade forms for lift and drag determinations.
http://www.fluent.com
Kleshnev, Valery- Biomechanics of Rowing newsletter
http://www.biorow.com/
Rantilla, Ron- Inventor of the FrontRower; Proven faster than a single scull
http://www.FrontRower.com
Rat Island Rowing Club- A wry commentary on my take on managing the free
return momentum
http://www.ratislandrowing.org/technique.html
Roosendaal, Sander- A serious new (2010) rowing physics site by an
accomplished rower
http://sanderroosendaal.wordpress.com/
Row2k- A comprehensive rowing site with many useful links
http://www.row2k.com
The Rowing Service- Rachel Quarrell's exhaustive compendium of rowing
links worldwide
http://users.ox.ac.uk/~quarrell/
Top100 Rowing Sites- Go to find your site standing and to explore new
links
http://top100.8oar.com/index.html
Queensland, Rowing Racing- Links to many copies of the Web-available AIS
Rowing Biomechanics Newsletter
http://www.rowingqld.asn.au/Resources/
van Holst, Marinus- Delft University, prof. emeritus; Simulations of rowing:
ergometer, recovery, lift and drag- the only other comprehensive rowing model
extant. Effect of variation of shell speed on slide, blade surface area,
and blade cant angle.
http://home.hccnet.nl/m.holst/RoeiWeb.html
Vaughan, Roger- An interesting paper on the subject of velocity "check" and drive/run period ratios using real-world data.
http://www.rowingtheory.com/?gclid=CKf5o4OtwqoCFQp75QodamP1_A
Virus Boats- Sliding rigger designs; fast!
http://www.virusuk.demon.co.uk
WaterRower- The smooth, silent rowing exerciser with the feel of real water.
http://www.waterrower.com
Young, Ken (deceased)- University of Washington; Shell acceleration,
hydrodynamic lift in sculls, overhead bridge photo's, etc.
http://www.phys.washington.edu/~wilkes/post/temp/phys208/scull.l
ift.html