A Treatise On Equivalent-plate Stiffnesses For Stiffened Laminated-composite Plates And Plate-like Lattices

by Nasa Technical Reports Server (ntrs)

2021-01-02 14:07:06

A survey of studies conducted since 1914 on the use of equivalent-plate stiffnesses in modeling the overall, stiffness-critical response of stiffened plates and shells is presented. Two detailed, comprehensive derivations of first-approximation equiv... Read more
A survey of studies conducted since 1914 on the use of equivalent-plate stiffnesses in modeling the overall, stiffness-critical response of stiffened plates and shells is presented. Two detailed, comprehensive derivations of first-approximation equivalent-plate stiffnesses are also presented that are based on the Reissner-Mindlin-type, first-order transverse-shear deformation theory for anisotropic plates. Equivalent-plate stiffness expressions, and a corresponding symbolic manipulation computer program, are also presented for several different stiffener configurations. These expressions are very general and exhibit the full range of anisotropies permitted by the Reissner-Mindlin-type, first-order transverse-shear deformation theory for anisotropic plates. The expressions presented in the present study were also compared with available, previously published results. For the most part, the previously published results are for special cases of the general expressions presented herein and are almost in complete agreement. Analysis is also presented that extends the use of the equivalent-plate stiffness expressions to sandwich plates. Less

Book Details

File size9.69 X 7.44 X 0.33 in
Print pages154
PublisherBiblioGov
Publication date July 16, 2013
LanguageEnglish
ISBN9781289172114

Compare Prices

Store Availability Book Format Condition Price
Indigo Books & Music In Stock Buy CAD 25.99
Indigo Books & MusicIn Stock
Format
Condition
Buy CAD 25.99
Available Discount
No Discount available

Join us and get access to all
your favourite books

Sign up for free and start exploring thousands of eBooks today.

Sign up for free