This paper reviews the statistical distribution of ocean wave forces based on formulas of earlier investigations. Tables present the probability density and distribution function of wave forces, particularly for use with piles. The tables obviate lengthy computations and are useful in engineering design. Five methods for the estimation of C sub D and C sub M are given. Wave forces measured near Davenport, California illustrate the use of the tables and methods. A method of moments is easiest to apply but the least squares methods give more consistent results. (Author).

The special case of horizontal wave forces on large vertical cylinders in deep water is considered. The typical application for such a case is the calculation of horizontal forces on column-stabilized floating ocean platforms. Existing literature discussing horizontal wave forces on cylinders does not generally agree on how to predict these forces. Since for large-diameter cylinders in deep water the maximum force is completely inertial, the problem of deriving a solution is considerably simplified. In this study, an expression for the maximum horizontal wave force on large-diameter circular cylinders mounted vertically in deep water has been analytically derived. Experimental model studies were also conducted and the resulting measured forces are compared to predicted forces. An example of how to predict horizontal wave forces using the methods of the report is given. (Author).