Page 



Laboratory Study of the Effect of Varying Wave Periods on Beach 

 Profiles. T.M. No. 53 16 



Laboratory Study of the Generation of Wind Waves in Shal low 



Water. T.M. No. 72 22 



Laboratory Study of Wave Energy Losses by Bottom Friction and 

 Percolation. T.I^. No. 31 10 



Laboratory Study of Wind Tides in Shallow Water. T.M. No. 61 . . . |8 



Large-Sea I e Tests of Wave Forces on Piling. T.M. No. Ill 32 



Littoral Materials of the South Shore of Long Island, New York 



T.M. No. 129 39 



Littoral Studies Near San Francisco Using Tracer Techniques 



T.M. No. 131 40 



Longshore Bars and Longshore Troughs. T.M. No. 15 5 



Longshore Current Observations in Southern California. T.M. No. 13. 5 



A Magnetic Tape Wave Recorder and Energy Spectrum Analyzer for 



the Analysis of Ocean Wave Records. T.M. No. 58 17 



Mechanics of Bottom Sediment Movement Due to Wave Action 



T.M. No. 75 23 



The Mechanics of Deep Water, Shallow Water and Breaking Waves 



T.M. No. 40 12 



The Mechanics of the Motion of Discrete Spherical Bottom Sediment 

 Particles Due to Shoaling Waves. T.M. No. 104 30 



A Method for Specification of Sand for Beach Fills. T.M. No. 102. . 30 



Model Study of Overtopping of Wind-Generated Waves on Levees 



with, Slopes of 1:3 and 1:6. T.M. No. 80 24 



A Model Study of the Effect of Submerged Breakwaters on Wave Action 

 T.M. No. I 3 



A Model Study of the Run-up of Wind-Generated Waves on Levees 



with Slopes of 1:3, and 1:6. T.M. No. 67 20 



Model Study of Wave Refraction. T.M. No. 103 



30 



Model Tests on a Triple-Bulkhead Type of Floating Breakwater 



T.M. No. 99 29 



Modification of the Quadratic Bottom-Stress Law for Turbulent 



Channel Flow in the Presence of Surface Wind-Stress. T.M. No. 93. . 27 



98 



