Design-Hurricane BEB TM 120 



Det Marine For land 



book review BEB Bull. v. 2, #1 



Diagnostic Minerals 



natural tracers CERC TM 12 

 BEB TM 28 



Diagrams 



wave refractopm 



BEB Bui I. V. 6, #3 

 drawing orthogonals 



BEB Bui I. V. 6, #1 



CERC TMs 6, 17 



Diffraction 



theory BEB TM 69 



BEB Bui I, V. 5, #2 

 floating breakwater BEB TM 99 

 wave height BEB Bull. v. 5, #3 



Diffusion in Tidal Currents 

 CERC TM 5 



Digital Computer 



analysis of wave forces 



CERC TM 15 

 calculating & plotting wave rays 



CERC TM 17 

 environmental parameters 



CERC TMs 6, 7 



Dikes, Rock Fill BEB Bull. v. 3, #3 



Direction Gage, Ocean Waves 



BEB TM 18; CERC R. 1-66 



Distribution, mean particle size 

 CERC TM 8 



Diving, SCUBA CERC Bu I I . v. II 



Drag Coefficients CETRC TM 15 



Drag and Inertia I Components 

 CERC TM 13 



Drag and Mass Coefficients 

 tables CERC TM 24 



Drakes Bay, California 



sand movement CERC TM 14 



Dredge (Hopper) 



BEB Bui 1 . V. 3, #2; TM 17 



Dune Formation 

 beachgrass 



BEB TM 101 ; CERC TM 22 

 sand fences CERC TM 22 

 wind-driven sand BEB MP 1-62 

 CERC TM 22 



Durban, Natal, South Africa 



shore erosion BEB Bu I I . v.- 10, 16 



Dynamometer 



breaking wave forces on piles 

 BEB TM 1 06 



Ebb-tide Current CERC JJA 8 



Echo Sounders 



comparison of models 



BEB Bui I . V. I , #3 



Echo Sound i ng 



BEB Bui 1 . V. I, #2; 3, #4 



El Segundo, California 

 I ittoral drift 



BEB Bui 1 . V. 2, #3 



Entrance Channel , Bay 



BEB TM 120; CERC TM 23 



Emery Settling Tube 



sand analysis BEB TM 23 



Energy Flux (ADP) 

 (see Automatic Data Processing) 



Equilibrium Beach Profiles 

 laboratory study 



BEB Bui I . V. I, #1 ; TM 52 



Equ i I ibr ium Characteristics 

 offshore zone BEB TM 126 



Equilibrium Criteria 

 BEB TM 126, 134 



\ZZ 



