Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 1; Volume 8, Part 1American Society of Mechanical Engineers, 1989 - Arctic regions |
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Page 43
... increase added mass in the vertical direction , therefore increasing the heave period with no major penalty for deck payload . Figure 7 compares different vessels ' well with blisters responses dampers . as as Fig 6 - Aker H - 3 with ...
... increase added mass in the vertical direction , therefore increasing the heave period with no major penalty for deck payload . Figure 7 compares different vessels ' well with blisters responses dampers . as as Fig 6 - Aker H - 3 with ...
Page 112
... increasing ballast weight . Increasing the ballast weight has two effects ; the increase in mass reduces the natural period but the increase in stiffness due to the extra weight increases the natural period . At longer run lengths the ...
... increasing ballast weight . Increasing the ballast weight has two effects ; the increase in mass reduces the natural period but the increase in stiffness due to the extra weight increases the natural period . At longer run lengths the ...
Page 407
... increase in solidity would increase the mutual interference between the blades such that both Ce and Cd are increased which could explain the increase pressure drop with the increase in solidity . in In the case of the biplane Wells ...
... increase in solidity would increase the mutual interference between the blades such that both Ce and Cd are increased which could explain the increase pressure drop with the increase in solidity . in In the case of the biplane Wells ...
Contents
OFFSHORE OUTLOOK1989 | 1 |
Trends in U S Offshore Oil and Gas Development | 11 |
OFFSHORE TECHNOLOGY NONDESTRUCTIVE TESTING | 19 |
Copyright | |
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amplitude analysis Arctic Engineering calculated coefficient columns Compliant Towers components concept Condeep Conference on Offshore configuration corrosion cost crack crane vessel cutting damping deck decommissioning detection diameter displacement drift force drilling dynamic effects environmental equations equipment evaluation fatigue Figure FPSO frequency ft/sec Gulf of Mexico industry inspection installation jacket kurtosis linear load Magfoil magnetic flux leakage marine growth maximum measured Mechanics and Arctic method mooring system nodes nonlinear North Sea Offshore Mechanics oil and gas operation parameters period pile pipe pipeline pontoons pressure production reliability response riser roller RPIT Seamill SNCM spectral density spectrum steel stress structured packings subsea surface surge motion techniques Tension Leg Platform tether thickness topside transfer functions turbine ultrasonic underwater values velocity vertical vessel water depth wave probe weight weld Wellhead X-VALUES