Solitary Wave Deployment of Nonlinear StructuresCornell University, 1993 - 252 pages |
Contents
Background | 26 |
Description of Numerical Routines | 48 |
Results | 59 |
Copyright | |
3 other sections not shown
Common terms and phrases
32 Mass Nonlinear antenna beam call hf_close_segment call hf_insert_line 0.95 call hf_insert_line(-.8 call hf_insert_text 1.1 call hf_open_segment call hf_set_line_weight Chapter configuration damping Davydov Conditions Davydov Potential deploy deployable booms deployable structures deployable trusses Deployment Sequence diagonals discussion dispersion relation Distance Between Masses Double-well Potential Structure dynamics end mass enddo endif equations of motion FLIGHT DYNAMICS Galileo spacecraft harmonic wave HOOPS Illustration Image implemented IMSL Initial Velocity integration kink lattice theory launched line_pts longerons MASS NUMBER masts molecular systems Natori Nondimensional nonlinear lattices Nonsymmetric Double-well Potential Nonsymmetric Double-well Structure Numerical simulations one-dimensional phase velocity ply_pts poly_points potential energy Potential Structure Subject problem provided in Figure Relative Distance routine satellite SCATHA segment solar arrays solar panels solitary wave solitons space spacecraft stable equilibrium positions subroutine temp2 types of deployable umbrella structure Undeployed uneven double-well Velocity of 50.0 wave equation yn+1 yold yprime