Engineering, Structures and Moorings Describe and explain the calculation, analysis and design necessary in preparation

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Engineering, Structures and Moorings Describe and explain the calculation, analysis and design necessary in preparation

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Engineering, Structures and Moorings Describe and explain thecalculation, analysis and design necessary in preparation to deploya prototype wave energy conversion (WEC) device in water ofapproximately 30 metres depth at a site strongly affected bycurrents and wind. (You may choose a particular device and mooringdesign as illustration, but you must give some justification forchoices. Answers should be less than 1000 words excludingillustrations and references. Copied and pasted illustrations maybe used, but must be clearly identified and referenced).
Engineering Structures And Moorings Describe And Explain The Calculation Analysis And Design Necessary In Preparation 1
Engineering Structures And Moorings Describe And Explain The Calculation Analysis And Design Necessary In Preparation 1 (60.7 KiB) Viewed 22 times
FURTHER DATA / INFORMATION REQUIRED • Density of fresh water pw = 1000kgm-³ Density of sea water psw=1025kgm-³ Density of air pa = 1.29 kgm-³ • For a deep water wave,= • For an irregular wave spectrum of sea states, the Power per unit of crest length is given by: gr 2π P' (Wm-¹) = Pg² H²T. +1 2 32π or approximately P' (kW/m) = 0.5 H² T Gravitational constant g = 9.81ms-² The specific heat capacity of water, c = 4.2kJ/kg°C The energy, Q (J) required to heat a substance of mass, m (kg) and specific heat capacity, c (J/kg°C) by a temperature At is given by 'Q = mc^t'
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