10 research outputs found
Stacking sequences for extensionally isotropic, fully isotropic and quasi-homogeneous orthotropic laminates
Stacking sequence listings are presented for fully uncoupled Extensionally
Isotropic (EILs), Fully Isotropic (FILs) and Quasi-Homogeneous Orthotropic
(QHOLs) angle-ply Laminates, with up to 21 plies. All are sub-sets of a
definitive list of Fully Orthotropic Laminates (FOLs), containing generally
non-symmetric stacking sequences that are characterized in terms of angle-
and cross-ply sub-sequence symmetries. Dimensionless parameters are given
for each stacking sequence, from which the ABD matrix is readily derived.
Expressions relating these dimensionless parameters to the well-known
lamination parameters are also given, together with graphical
representations of the feasible domains for Pi/3 and Pi/4 EILs and angle-ply
QHOLs containing two and three ply orientations. The feasible domain for
Pi/3 FILs is represented graphically by a single point, whereas the domain
for angle-ply QHOLs containing four ply orientations is represented by a
single stacking sequence
Appendix C
FI) system. Second International Airborne Remote Sensing Conference and Exhibition, San Francisco, CA, June 24- 27. Capelie, G.A., et al. 1994. Laser-induced fluorescence imaging for remote sensing. 1994 ASPRS/ACSM Annual Convention and Exposition, April 25-28, Reno, NV. Sponsored by the American Society for Photogrammetry and Remote Sensing and the American Congress on Surveying and Mapping. Capelie, G., et al. 1993a. Laser-induced fluorescence remote sensing of DOE sites: results from laboratory, laser range, and field tests. Depleted Uranium Health & Safety Exchange Meeting, Oak Ridge, TN, November 30-December 1. Sponsored by DOE Oak Ridge Operations Office. Capelie, G., et al. 1993b. Laser-induced fluorescence remote sensing of DOE sites: results from laboratory, laser range, and field tests. 9th Thematic Conference on Geologic Remote Sensing, Pasadena, CA, February 9. DiBenedetto, J., et al. 1993. Laser-induced fluorescence imaging of uranium for DOE environmental restoratio