Alternate Method For Determining Resistance Of Ship With Fouled Hull

Della Thomas, S. Surendran, N. J. Vasa
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Abstract

. Recent research shows that planks of various roughness can be towed in water, and the frictional resistance obtained can be extended to hull forms. Thus, the resistance is determined experimentally with the help of towing tank setup. The estimation of resistance of planks of varied roughness by towing them in the towing tank will help determine frictional resistance of the ship. In the studies of Schultz (Schultz 2007), it is reported that higher drag values are reported for small coverage of barnacles, and smaller drag values are reported for large coverage. The skin friction coefficients for different plate lengths are extrapolated to ship size and speed. Usually, the variation in drag coefficients is minimal for planks of length above 50 feet.
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测定污壳船舶阻力的替代方法
。最近的研究表明,各种粗糙度的木板都可以在水中拖曳,并且所获得的摩擦阻力可以扩展到船体形状。因此,阻力是在拖曳水箱设置的帮助下实验确定的。通过在拖曳舱中拖曳不同粗糙度板的阻力估算,将有助于确定船舶的摩擦阻力。在Schultz (Schultz 2007)的研究中,据报道藤壶覆盖范围小时阻力值较高,覆盖范围大时阻力值较小。不同板长下的表面摩擦系数根据船舶尺寸和航速进行外推。通常,对于长度超过50英尺的木板,阻力系数的变化是最小的。
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