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Overall buckling, stability and vibration problems of accelerated thin-walled structural members; coupled differential equations were formulated in most general form, and various problems of practical importance were discussed; thin-walled member of arbitrary cross section, which may be structural component part of space or ground vehicle whose motion is defined by rigid body kinematics, is considered to have translational and angular accelerations in addition to applied forces; influence of Coriolis force and centrifugal force are considered by using equation of motion of particles with respect to moving axes.
Overall buckling, stability and vibration problems of accelerated thin-walled structural members; coupled differential equations were formulated in most general form, and various problems of practical importance were discussed; thin-walled member of arbitrary cross section, which may be structural component part of space or ground vehicle whose motion is defined by rigid body kinematics, is considered to have translational and angular accelerations in addition to applied forces; influence of Coriolis force and centrifugal force are considered by using equation of motion of particles with respect to moving axes.
Stability of accelerated thin-walled members
ASCE Structural Eng Conf -- Prepr
ASCE Structural Engineering Conference ; 1967
1967
34 pages
Conference paper
English
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