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ISOGRID-SST™ Technical References

  1. Becker, H., "Strength of Stiffened Curved Plates and Shells", Handbook of Structural Stability, Part I, VI, NASA TN 3781, TN 3786, July 1958.

  2. Blevins, R.D., "Formulas for Natural Frequency and Mode Shape", Van Nostrand Reinhold Co., 1979.

  3. Bruhn, E.F., "Analysis and Design of Flight Vehicle Structures", Tri-State Offset Co., Jan. 1965, Curved Web Systems, C11.29-, C9.12-

  4. Buckling of Thin-Walled Circular Cylinders. NASA SP-8007, August 1968.

  5. Buckling of Thin-Walled Truncated Cones. NASA SP8019, September 1986.

  6. Convair Astronautics Structures manual, Section No. 7, Compression and Stability.

  7. Fast, R.W., et al., "Isogrid Vacuum Shell for Large Superconducting Solenoid", Advanced Cryogenic Engineering, 1993.

  8. Gerard, G., et al., "Handbook of Structural Stability, Part I - Buckling of Flat Plates", NASA TN 3781, July 1957.

  9. General Dynamics Design Manual, 3/10/64, Section 6.10, Monocoque Instability.

  10. Heard, W.L., Anderson, M. S., Slysh, P.., "An Engineering Procedure for Calculating Compressive Strength of Isogrid Cylindrical Shells with Buckled Skin", NASA TN D-8239, June 1976.

  11. Isogrid Design Handbook, NASA CR 124075, Feb. 1973.

  12. Johns, R.H. and Orange, T.W. "Theoretical Elastic Stress Distributions Arising from Discontinuities and Edge Loads in Several Shell-Type Structures",NASA TR R-103, 1961.

  13. Kuhn, P., et al., "A Summary of Diagonal Tension", NASA TN 2661, May 1952.

  14. Leissa, A.W., "Vibration of Plates", NASA SP- 160, 1969.

  15. Metallic Materials and Elements for Aerospace Vehicle Structures. MIL-HDBK-5C Change Notice 2, 1 Dec. 1979.

  16. NASA Astronautical Structures Manual, Vol. II, NASA TMX-73306.

  17. Peterson, J.P., "Buckling of Stiffened Cylinders in Axial Compression and Bending - a Review of Test Data, NASA TN-O-5561, Dec. 1969.

  18. Rigid Ring Frames, Loads Deflections Summary. GD Report No. AZS-27-276, Case No. 20, October 20, 1958.

  19. Roark, R.J., "Formulas for Stress and Strain", Fifth Edition, McGraw Hill, 1975.

  20. Rolfe, S.T. and Barsom, J.M., "Fracture and Failure Control in Structures - Applications of Fracture Mechanics", Prentice-Hall, 1977.

  21. Rowlett, G. and Detko, G., "Deflections of circular rings under various loading conditions." Chrysler Corp. PGCC Memo #132, March 1, 1955.

  22. Shanley, F.R., "Weight-Strength Analysis of Aircraft Structures", 1st Ed., McGraw Hill, 1952.

  23. Slysh, P., "Expert System for Generation of Flat Patterns of Isogrid Shell with Circular Bosses", Presentation, SAWE Annual Conference, May 20, 1985.

  24. Slysh, P., "Methodology for Optimization of Shell Structures", SAWE 43rd Annual Conference, May 21, 1984.

  25. Slysh, P., et al., "Isogrid Structural Tests and Stability Analyses", Journal of Aircraft, Vol. 13, No. 10, Oct. 1976. CR-120205

  26. Slysh, P., et al., "Isogrid Weight Optimum Structures", SAWE Paper No. 1063, May 1975.

  27. Slysh, P., "Isogrid Structural Applications", SAWE Paper Number 1096, May 1976.

  28. Slysh, P., "Isogrid Structures Technology and Applications", SAWE CAS-2 Index Category No. 22.

  29. Slysh, P.,  Key, J.E.,  "Conical Isogrid Adapter Structural Test Program", NASA CR-120205, February 1974

  30. Slysh, P., "The Isogrid, King of Lightweight Design," Machine Design, April 1973.

  31. Structural Design for Acoustical Fatigue, Douglas Aircraft Co., Long Beach, CA., Report AD 425 406, Oct. 1963.

  32. Szechenyi, E., "Approximate Methods for the Determination of the Natural Frequencies of Stiffened Curved Plates", Journal of Sound Vibrations 14(3), 401-418; June 1978.

  33. Wichman, K.R., Hopper, A.G., and Mershon, J.L., Local "Stresses in Spherical and Cylindrical Shells due to External Loading." Welding Research Bulletin 107, August 1965.

  34. Slysh, P., "RATIO Video Automated Structural Assembly in Space", 1972

  35. Slysh, P., "Modular Assembly in Space"

  36. Slysh, P., Nowak, G. H., Lloyd, J. R., Kaminski, E. J., "Study of RATIO Automatically Assembled Structures, Final Report", NAS7-228, 15 June 1964.

  37. Slysh, P., "RATIO Automated Assembly Technique", AFAPLTR65, 1965 Aerospace Expandable Structures Conference Transactions

  38. Slysh, P., "RATIO Satellite Antenna"

  39. Slysh, P., "Aerodynamically Balancing a Radar Antenna", Electronic Industries, April 1950 

  40. Slysh, P and Kugath, D. A.., "Large Space Structures Automated Assembly Technique", Journal of Spacecraft and Rockets, Volume 17, Number 4, July - August 1980, Page 354, AIAA 79-0939R. 

  41. Slysh, P., "Picking the Best High-strength Lightweight Structures", Machine Design, October 11, 1990. 

  42. Slysh, P. and Andreone, V. M., "Manned-Automated Spaceborne Structural Assembly", SAE, Society of Automotive Engineers, October 1965, Paper Number 650787.

  43. Slysh, P., "News Release 1, News Release 2, News Release 3"

  44. Slysh, P., "Synthesis and Optimization of Large Space Structures for Orbital Transfer", SAWE Paper Number 1443, May 1981.

  45. Slysh, P., "Methodology for Optimization of Shell Structures", Presentation, .SAWE 1625. 

  46. Slysh, P., "SST CAD, SST Methodology "

  47. Slysh, P., "Expert System for the Layout of a Waffle Pattern of a Waffle Structure Containing Bosses",

  48. Slysh, P, Brimm, D., "Unistructure -- A New Concept for Light Weight Integrally Stiffened Skin Structures."  SAE 801231, Oct 13-16, 1980

  49. Slysh, P., "A better way to design HIGH-PERFORMANCE STRUCTURES". Machine Design June 5, 2008

  50. Slysh, P., Rohl, P.J., Carsten, J., Jabola, A., " Habitat for Space and Lunar Environments -- Light Weight Structure Concept", AIAA-7821. 9-11 Sept 2008, Presentation

  51. Slysh, P., "Power Systems",   November 1973, PD73-0107, Centaur Improvement Study, Task 7, "Appendix B", Survey of Power Source Subsystems

  52. Slysh. P., "Large Space Structures Deployment Technique". 11 May 1977, Presentation

  53. Slysh, P., "Large Space System Automated Assembly Technique (LSAT)", 1977 presentation

  54. Slysh, P., "Isogrid Structures Independent Research and Development", November 1973, "Cylindrical Adapter", "Conical Adapter", "Panel Tests", "Structural Analysis", "Applications", "Future Work", "Panel Buckling Tests", "Isogrid Foaming", "Cylinder Test Plan", "Cone Test Plan"

  55. Slysh, P., "SST MODULES AND APPLICATIONS", "CONTINUE1","CONTINUE2","CONTINUE3","CONTINUE4"

  56. Slysh, P., Patents dealing with design, application and/or manufacture of isogrid structures: Spaced wall container, High strength composite structure, Isogrid shell gun mount, Panel deployment and retraction, Panel deployment system, Panel deployment system Laser assisted masking process, Electrochemical machining process,  Parts orbiter for chemical milling, Expandable panel and truss structure, Method for assembly of large space structures, Structural node for large space structures, Device and method for assembling large space structures 1, Device and method for assembling large space structures 2, Structural strut and node for large space structures, Conical structure, Reciprocating Thermal Engine, Cigarette Cut-off Mechanism

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