Page 



EXPLOSIVE LOAD ON UNDERWATER STRUCTURES AS MODIFIED BY 

 BULK CAVITATION (A)* 



E. H. Kennard, David W. Taylor Model Basin 227 



THEORETICAL INVESTIGATION OF CAVITATION PHENOMENA 

 OCCURRING WHEN AN UNDERWATER PRESSURE PULSE IS 

 INCIDENT ON A YIELDING SURFACE: I. (B)* 



H. N. V. Temperley, Admiralty Undex Works, Rosyth, Scotland 255 



THEORETICAL INVESTIGATION OF CAVITATION PHENOMENA 



OCCURRING WHEN AN UNDERWATER EXPLOSION IS INCIDENT 



ON A YIELDING SURFACE: IL (B) 



H. N. V. Temperley and LI. G. Chambers, Admiralty Undex Works, 



Rosyth, Scotland 269 



THEORETICAL INVESTIGATION OF CAVITATION PHENOMENA 

 OCCURRING WHEN AN UNDERWATER EXPLOSION IS INCIDENT 

 ON A YIELDING SURFACE: IH. (B) 



H. N. V. Temperley, Admiralty Undex Works, Rosyth, Scotland 283 



DIFFRACTION EFFECTS IN BUBBLE DAMAGE TO BOX MODEL 

 PLATES ENERGY CONSHDERATIONS (B) 



G. Charlesworth, Road Research Laboratory, London 295 



THEORY OF THE PLASTIC DEFORMATION OF THIN PLATES BY 

 UNDERWATER EXPLOSIONS (A) 



J. M. Richardson, Bureau of Mines, Department of the Interior, 



and J. G. Kirkwood, California Institute of Technology 305 



BUCKLING INSTABIUTY OF THIN CYLINDRICAL SHELLS (A) 



J. M. Richardson, Bureau of Mines, Department of the Interior, 



and J. G. Kirkwood, California Institute of Technology 423 



EXPERIMENTAL TECHNIQUES AND MEASUREMENTS 



TIME -DISPLACEMENT STUDIES OF DIAPHRAGMS DEFORMED BY 

 EXPLOSIVE LOADING (A) 



G. E. Hudson and C. T. Johnson, David W. Taylor Model Basin 445 



AN IMPROVED TECHNIQUE FOR HIGH SPEED PHOTOGRAPHY (B) 



D. A. Senior and C. O. J. Grove-Palmer, Naval Construction 



Research Establishment, Rosyth, Scotland 461 



IDEALIZED STRUCTURES 



PRELIMINARY STATIC TEST OF A BOX MODEL TARGET PLATE (B) 



E. N. Fox, Admiralty Undex Works, Rosyth, Scotland 471 



ANALYSIS OF PULL-IN AT EDGE FIXINGS ON BOX MODEL TRIALS (B) 



E. N. Fox, Admiralty Undex Works, Rosyth, Scotland 485 



DIAPHRAGM GAUGE STUDIES OF UNDERWATER EXPLOSIONS (A) 

 P. M. Fye and J. E. Eldridge, Underwater Explosives Research 

 Laboratory, Woods Hole Oceanographic Institution 517 



THEORETICAL ANALYSIS OF THE DISHING OF SIX INCH DIAMETER 

 COPPER DIAPHRAGM GAUGES BY UNDERWATER EXPLOSIONS (B) 



E. N. Fox and W. T. RoUo, Admiralty Undex Works, Rosyth, Scotland 595 



* (A) American Contribution 



* (B) British Contribution 



viii 



