The optimization of strength and stiffness properties of sandwich panels is a critical area of study in the effective design of sandwich panels in view of their potentialities in weight critical applications. G. R. Froud in his article aptly named 'Your sandwich order, Sir' (Froud, G. R. (1980). Your Sandwich Order, Sir, Composites, 133-138), shows theoretically how a sandwich construction can be optimally designed for a stiffness or a strength criterion. This article has triggered the interest and has prompted the authors, to carry out experimental studies, to verify the applicability of this theory to sandwich panel specimens made out of glass/epoxy skins with honeycomb core. The optimum core to skin weight ratios for maximum stiffness an...
Mechanical behaviour of sandwich panels under different conditions have been exp...
This investigation is concerned with the experimental versus analytical correlation of the mechanica...
This investigation is concerned with the experimental-analytical correlation study of the mechanical...
The optimization of strength and stiffness properties of sandwich panels is a critical area of study...
The optimization of strength and stiffness properties of sandwich panels is a critical area of study...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
Composite-walled hexagonal honeycomb core is considered for stiffness-based design. It is shown that...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
Mechanical behaviour of sandwich panels under different conditions have been exprimentally studied ...
Mechanical behaviour of sandwich panels under different conditions have been exp...
Mechanical behaviour of sandwich panels under different conditions have been exp...
Mechanical behaviour of sandwich panels under different conditions have been exp...
This investigation is concerned with the experimental versus analytical correlation of the mechanica...
This investigation is concerned with the experimental-analytical correlation study of the mechanical...
The optimization of strength and stiffness properties of sandwich panels is a critical area of study...
The optimization of strength and stiffness properties of sandwich panels is a critical area of study...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
Composite-walled hexagonal honeycomb core is considered for stiffness-based design. It is shown that...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
The minimum weight criterion of a sandwich panel with respect to a given bending stiffness and stren...
Mechanical behaviour of sandwich panels under different conditions have been exprimentally studied ...
Mechanical behaviour of sandwich panels under different conditions have been exp...
Mechanical behaviour of sandwich panels under different conditions have been exp...
Mechanical behaviour of sandwich panels under different conditions have been exp...
This investigation is concerned with the experimental versus analytical correlation of the mechanica...
This investigation is concerned with the experimental-analytical correlation study of the mechanical...