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Nicholas John Hoff

Affiliations:	1957		Polytechnic Institute of Brooklyn, Brooklyn, New York, United States
	1957-1971	Aeronautical engineering	Stanford University, Palo Alto, CA

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"Nicholas John Hoff"

Bio:

(1906 - 1997)
https://www.nae.edu/29201/Dr-Nicholas-J-Hoff
https://www.nae.edu/188060/NICHOLAS-JHOFF-19061997
http://faculty.poly.edu/~rdingre/Genealogy_2.html
https://www.genealogy.math.ndsu.nodak.edu/id.php?id=121049

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Parents

Aurel Boreslav Stodola	research assistant	1928	ETH Zürich (Physics Tree)
Stephen P Timoshenko	grad student	1942	Stanford
(Stresses in a Space Curved Bar Reinforcing the Edge Cut-out in a Monocoque Fuselage.)

Children

Bruno Adrian Boley	grad student	1946	Polytechnic University
Paul A. Libby	grad student	1947	Polytechnic Institute of Brooklyn (Fluid Dynamics and Combustion Tree)
Ahmed Cemal Eringen	grad student	1948	Polytechnic Institute of Brooklyn
Harold Liebowitz	grad student	1947-1950	Polytechnic Institute of Brooklyn
Josef Singer	grad student	1957	Polytechnic Institute of New York University
Lawrence Wilmer Rehfield	grad student	1965	Stanford

Collaborators

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Publications

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Hoff NJ, Muser C. (1982) Stress Concentration Factors for Cylindrically Orthotropic Plates Journal of Composite Materials. 16: 313-317
Hoff NJ. (1981) Stress Concentrations in Cylindrically Orthotropic Composite Plates With a Circular Hole Journal of Applied Mechanics. 48: 563-569
Sendelbeck RL, Ljungström O, Ljungström B, et al. (1975) Experimental Study of Pressure Vessel Models Having Fabrication Flaws Journal of Applied Mechanics. 42: 335-340
Hoff NJ. (1975) The Effect of Geometric Nonlinearities on the Creep Buckling Time of Axially Compressed Circular Cylindrical Shells Journal of Applied Mechanics. 42: 225-226
Shun C, Hoff NJ. (1975) Bending of thin circular rings International Journal of Solids and Structures. 11: 139-152
Sendelbeck RS, Hoff NJ. (1972) Loading rig in which axially compressed thin cylindrical shells buckle near theoretical values: A holding and alignment test rig for use when buckling thin circular cylindrical shells is described. The consistency of high buckling values is demonstrated along with results concerning different holding restrictions Experimental Mechanics. 12: 372-376
Narasimhan KY, Hoff NJ. (1971) Snapping of Imperfect Thin-Walled Circular Cylindrical Shells of Finite Length Journal of Applied Mechanics. 38: 162-171
Honikman TC, Hoff NJ. (1971) The effect of variations in the creep exponent on the buckling of circular cylindrical shells International Journal of Solids and Structures. 7: 1685-1695
Koga T, Hoff NJ. (1969) The axisymmetric buckling of initially imperfect complete spherical shells International Journal of Solids and Structures. 5: 679-697
Pittner EV, Hoff NJ. (1969) Creep buckling of simply supported moderately thin circular cylindrical shells Acta Mechanica. 8: 116-125

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