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Now showing items 11-16 of 16
NACA-RB-L4D29: Some strength tests of stiffened curved sheets loaded in shea
Abstract: INTRODUCTION
The problem of predicting the strength of stiffened curved sheet under shear loads has received only a moderate amount of attention In the past. One particular aspect of the theory has beep treated to some ...
The problem of predicting the strength of stiffened curved sheet under shear loads has received only a moderate amount of attention In the past. One particular aspect of the theory has beep treated to some ...
NACA-ARR-4E31: Torsion tests of stiffened circular cylinders
Abstract: INTORDUCTION
The design of curved sheet panels to resist shear involves a consideration of several factors: the buckling resistance of the sheet, the stress at which buckling becomes permanent, and the strength which ...
The design of curved sheet panels to resist shear involves a consideration of several factors: the buckling resistance of the sheet, the stress at which buckling becomes permanent, and the strength which ...
NASA-TN-D-1574: Fatigue behavior of materials under strain cycling in low and Intermediate life range
Abstract: Fatigue testing of metals and alloys - strain cycling in low and intermediate life range.
NACA-TN-3735: Bending tests of ring-stiffened circular cylinders
Abstract: Twenty-five ring-stiffened circular cylinders were loaded to failure in bending. The results are presented in the form of design curves which are applicable to cylinders with heavy rings that fail as a result of local buckling.
NACA-TN-3785: Handbook of structural stability part V - compressive strength of flat stiffened panels
Abstract: A generalized crippling analysis for short monolithic panels with formed or extruded stiffeners is presented. Methods are presented for determining if riveted panels act in a monolithic manner and for determining the ...
NASA-TN-D-2743: Studies of fatigue crack growth in alloys suitable for elevated-temperature applications
Abstract: Axial load fatigue crack propagation in alloys at room, cryogenic, and high temperatures.