Results 211 to 220 of about 265,014 (259)
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Nature, 1949
RAYLEIGH1 was not quite satisfied in having to obtain his equation for speed of wave energy by indirect means, from consideration of 'interference groups'and 'variation in wave-length', and he searched for an alternative method; but the one he devised was also indirect, so that his result still rested on mathematical hypothesis, and was devoid of any ...
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RAYLEIGH1 was not quite satisfied in having to obtain his equation for speed of wave energy by indirect means, from consideration of 'interference groups'and 'variation in wave-length', and he searched for an alternative method; but the one he devised was also indirect, so that his result still rested on mathematical hypothesis, and was devoid of any ...
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International Journal of Modern Physics A, 1993
We give the expressions for the energy of the nondispersive scalar and electromagnetic waves and the conditions that energy is finite.
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We give the expressions for the energy of the nondispersive scalar and electromagnetic waves and the conditions that energy is finite.
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Journal of Applied Physics, 1961
Elementary arguments of conservation of energy and momentum are used to derive expressions for what Sturrock terms the ``formal'' momentum, angular momentum, and energy of a plane wave in a moving medium. If E is the energy per unit length, p the momentum per unit length, q the angular momentum per unit length, vf the phase velocity, and if the angular
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Elementary arguments of conservation of energy and momentum are used to derive expressions for what Sturrock terms the ``formal'' momentum, angular momentum, and energy of a plane wave in a moving medium. If E is the energy per unit length, p the momentum per unit length, q the angular momentum per unit length, vf the phase velocity, and if the angular
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The exercise proposed in section 8.2 studies the recovery of wave energy using a flap that oscillates under the action of gravity waves. The waves apply a torque to the flap and cause it to perform a sinusoidal rotational movement around an axis. Controlling the oscillation movement of the flap by a PTO (Power Take Off) system makes it possible to ...
Qiang Gao, Nesimi Ertuğrul
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Qiang Gao, Nesimi Ertuğrul
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Wave Energy Converter: A Review of Wave Energy Conversion Technology
2016 3rd Asia-Pacific World Congress on Computer Science and Engineering (APWC on CSE), 2016The Ocean has a vast amount of energy that could be harnessed and is being pinned as a promising resource. This paper highlights the development of wave energy converter technology since the late 1960s. Main topics discussed are: the characterization of various wave energy converter technologies, conceptual and practical working principle of various ...
S.S. Prakash +6 more
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Harvesting wave energy; developing a wave energy converter
2010Aerospace ...
Fokker, D. (author), Caro, R. (author)
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Ocean wave energy converters: Technical principle, device realization, and performance evaluation
Renewable and Sustainable Energy Reviews, 2021Yongjie Zhao, Yongxing Zhang
exaly
Wave energy converters in low energy seas: Current state and opportunities
Renewable and Sustainable Energy Reviews, 2022Spyros Foteinis
exaly