Index Catalog // ScholarsArchive@OSU

Random wave forces on cylinders

Creator:: Hsu, Ming-kuang
Abstract:: The in-line force power spectrum is predicted by the frequency domain maximum force coefficient [C[subscript μn](z,f[subscript n])] vs. Keulegan-Carpenter number [K[subscript n] (z,f[subscript n])] relationship. The frequency domain Keulegan- Carpenter number is defined as the velocity from the amplitude spectrum at f divided by the respective frequency and diameter of...
Resource Type:: Dissertation
Full Text:: appreciation to Professor John H. Nath for his guidance and support during the course of this research

Hydrodynamic forces on a horizontal cylinder under waves and current

Creator:: Teng, Chung-chu
Abstract:: By assuming the linear superposition principle to be valid, the hydrodynamic forces on a horizontal cylinder under waves and current are examined. In this study, towing a cylinder in waves is used to simulate a cylinder under waves and current. The experimental technique is proved valid through theoretical considerations and...
Resource Type:: Masters Thesis
Full Text:: CYLINDER UNDER WAVES AND CURRENT ABSTRACT APPROVED: Redacted for Privacy Dr. John H. Nath By assuming

Smooth and roughened horizontal cylinders in periodic waves and current

Creator:: Teng, Chung-chu
Resource Type:: Dissertation
Full Text:: IN PERIODIC WAVES AND CURRENT Abstract approved: Redacted for privacy Dr. John H. Nath The

Breaking wave problems and probabilities

Creator:: Yeh, Rong-chuen
Resource Type:: Dissertation
Full Text:: Privacy Dr. John H. Nath Wave breaking is a continuous process which can cause a dramatic change in

Large displacement, high Reynolds number oscillating cylinder

Creator:: Chan, Yau Wai
Abstract:: Hydrodynamic forces on a cylinder oscillating horizontally underwater with its axis perpendicular to the motion were measured at the Oregon State University Wave Research Facility. The cylinder had an outer diameter of 12 inches and a length of 12 feet. For the data presented herein, the maximum displacement of the...
Resource Type:: Masters Thesis
Full Text:: Displacement, High Reynolds Number, Oscillating Cylinder Abstract approved Redacted for Privacy I John H

Fluid forces on smooth and rough circular cylinders

Creator:: Lin, Cheng-wen
Resource Type:: Dissertation
Full Text:: Abstract approved: Redacted for Privacy John H. Nath Forces on cylinders from some steady and unsteady

Kinematics and return flow in a closed wave flume

Creator:: Ramsden, Jerald Day
Resource Type:: Masters Thesis
Full Text:: approved: / Dr. John H. Nath When periodic progressing surface waves are confined in a closed flume, a

Forces on a transverse circular cylinder in a steady uniform flow near a plane boundary

Creator:: Hafen, Blaine
Abstract:: An experimental study was conducted to determine the hydrodynamic forces on smooth and roughened circular cylinders as influenced by a nearby plane boundary. The ambient flow was perpendicular to the cylinder and parallel to the boundary. Measurements were taken in a water channel and a wind tunnel to obtain the...
Resource Type:: Masters Thesis
Full Text:: Redacted for Privacy Abstract approved: Dr. John H. Nath An experimental study was conducted to determine

Random wave velocity field from periodic theory

Creator:: Kobune, Koji
Abstract:: Random waves are often expressed as a mathematical superposition of an infinite number of sinusoidal components. The mean square spectral density of the water surface elevation is often called the wave spectrum. The zero upcrossing wave heights usually have a Rayleigh probability distribution. However, the design wave concept is still...
Resource Type:: Masters Thesis
Full Text:: Theory Abstract approved: Redacted for Privacy Dr. John H. Nath Random waves are often expressed as a

Fluid forces on and flow configurations around a circular cylinder near a plane boundary

Creator:: Tavolacci, Don
Abstract:: The flow configurations around and the forces acting on a circular cylinder with its axis parallel to a nearby plane boundary and subjected to a uniform flow were investigated. The flow conditions, which were perpendicular to the cylinder axis and parallel to the plane boundary were investigated experimentally and theoretically....
Resource Type:: Masters Thesis
Full Text:: author would like to express his gratitude and deep appreciation to Tokuo Yamamoto and John H. Nath

ScholarsArchive@OSU

Random wave forces on cylinders

Hydrodynamic forces on a horizontal cylinder under waves and current

Smooth and roughened horizontal cylinders in periodic waves and current

Breaking wave problems and probabilities

Large displacement, high Reynolds number oscillating cylinder

Fluid forces on smooth and rough circular cylinders

Kinematics and return flow in a closed wave flume

Forces on a transverse circular cylinder in a steady uniform flow near a plane boundary

Random wave velocity field from periodic theory

Fluid forces on and flow configurations around a circular cylinder near a plane boundary

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