According to numerous studies, rowing performance is influenced by several factors
including rower's biomechanics, rower's physiology, the force generated and stroke style …

On-chip network is becoming critical to the scalability of future many-core architectures.
Recently, nanophotonics has been proposed for on-chip networks because of its low latency …

This paper reviews the fluid dynamic mechanisms that are fundamental to the rowing stroke.
Complex interactions occur between the oar blade and water, and over the last 30 years our …

Empirical observations support that the addition of a plastic strip–also known as Randall
foils–on the top edge of a rowing blade improves rowing efficiency during the cycle …

Efficient rowing requires both physical and technical abilities of the human. Teaching and
learning of the technical abilities is thereby mainly restricted to on‐water training. The aim of …

We present results on the drag on, and the flow field around, a submerged rectangular
normal flat plate, which is uniformly accelerated to a constant target velocity along a straight …

The highly unsteady flow around a rowing blade in motion is examined using a three-
dimensional computational fluid dynamics (CFD) model which accounts for the interaction of …

Background: Rowing movements can be simulated using specialized ergometers; the
method can be used both for training and indoor assessment of body movements within …

This study examines the hydrodynamic behaviour of rowing oar blades using computational
fluid dynamics (CFD). For initial validation of the modelling technique, the lift and drag …

In rowing, power is inevitably lost as kinetic energy is imparted to the water during push-off
with the blades. Power loss is estimated from reconstructed blade kinetics and kinematics …