Borrow Materia I 

 critical ratio 



CERC TM 16 



Bottom Friction 



laboratory studies BEB TM 31 

 shal low water BEB TMs 46, 51 

 dissipation BEB TM 84 



Bottom Roughness BEB TM 95 



Bottom Pressure BEB Bull. v. 14 



Bottom Stress BEB TM 93 



Boundary Layer CERC TM 2 



Breakers CERC TM 10 



Breaking Wave Forces 



laboratory study BEB TM 106 



Breaking Waves 



shock pressures BEB TM 59 

 reflection BEB Bull. v. 5, #2 

 forces on piles BEB TM 106 



Breakwaters 



design CERC R. 2-66 

 detached BEB TM 16 

 offshore BEB TM 16 

 submerged BEB TM I 

 stable underwater slopes 



BEB Bui I. v. 6, #3 

 vertical and sloping faces 



CERC R. 2-66 

 Durban, So. Africa 



BEB Bui I . V. 10 

 (see also Jetties, Revetments, 

 Seawa Ms) 



British Laws 

 Coast Protection Act of 1949 

 BEB Bui I. V. 5, #1 



Brownsville, Texas 



wave statistics BEB TM 85 



Burrwood, Louisiana 



wave statistics BEB TM 87 



Ca I ifornia Coast 

 I ittora I transport 



BEB TMs 49, 76, 91 , 131 

 BEB MP 1-62 

 CERC TMs 14, 19 



California, University of 



laboratory studies BEB TM 106 



Caoabi I ities, CERC 

 CERC MP 3-64 



Cape Henry, Virginia 



tidal and nontidal currents 



CERC TM 5 

 (see also Virginia Beach- Va . ) 



Caplen, Texas 



wave statistics BEB TM 86 



Carpinteria, California 



beach sediment BEB TM 22 



CERC (see Coastal Engineering 

 Research Center) 



Chesapeake Bay 



wave forecasting, hindcasting 



BEB TM 55 

 forecasting hurricanes 



BEB MP 3-59 



Ci rcu I ar Cy I i nder 

 wave forces on piles 

 BEB TM 69 



Cleveland, Ohio (Lake Erie) 

 wave statistics 



BEB Bui I . V. 12 



Cnoidal Waves BEB TM 133 



Brunswick Harbor, Georgia 

 source and distribution of 

 sediments CERC TM 12 



Buffalo, New York (Lake Erie) 

 wave statistics BEB Bull. v. 



Coa I , Anthracite 



sand simulant BEB TM 2 



Coast Erosion, British Law 

 BEB Bui I. V. 5, #1 



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