REFERENCES 



1. U. S. Patent 3,029,966 (April 7, 1962), Reynolds, J. L., "Sub- 

 mersible Pressure Vessel." 



2. Walsh, J. B., "Strength of the ALUMINAUT Hull," Woods Hole 

 Oceanographic Institute, Ref. No. 62-32 (Apr 1962). 



3. Krenzke, M. A. and Kiernan, T. J., "Structural Development of a 

 Titanium Oceanographic Vehicle of Operating Depths of 15,000 to 20,000 

 Feet," David Taylor Model Basin Report 1677. 



4. Pulos, John G., "Structural Analysis and Design Considerations 

 for Cylindrical Pressure Hulls," David Taylor Model Basin Report 1639 

 (Apr 1963). 



5. Short, R. D. Jr., "Membrane Design for Stiffened Cylindrical Shells 

 under Uniform Pressure," David Taylor Model Basin Report (in preparation). 



6. Salerno, V. L. and Pulos, J. G., "Stress Distribution in a 

 Circular Cylindrical Shell under Hydrostatic Pressure," Polytechnic 

 Institute of Brooklyn Aeronautical Laboratory Report No. 171-A (1951). 



7. Lunchick, M. E. and Short, R. D., Jr., "Behavior of Cylinders 

 with Initial Shell Deflection," David Taylor Model Basin Report 1150 

 (July 1957). 



8. Reynolds, T. E., "Inelastic Lobar Buckling of Cylindrical Shells 

 under External Hydrostatic Pressure," David Taylor Model Basin Report 1392 

 (Aug 1960). 



9. Lunchick, M. E., "Plastic Axisymmetric Buckling of Ring-Stiffened 

 Cylindrical Shells Fabricated from Strain-Hardening Materials and Subjected 

 to External Hydrostatic Pressure," David Taylor Model Basin Report 1393 

 (Jan 1961). 



10. Lunchick, M. E., "Graphical Methods for Determining the 

 Plastic Shell Buckling Pressures of Ring-Stiffened Cylinders Subjected to 

 External Hydrostatic Pressure," David Taylor Model Basin Report 1437 

 (Mar 1961). 



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