Add to ORKGThe compressive responses and failure investigations of corrugated-core sandwich panels subjected to literal compression are presented. The results of finite element (FE) analysis using Abagus are compared with experimental results from tests on sandwich panels based on corrugations of aluminum alloy, glass fibre-reinforced plastic (GFRP) and carbon fibre-reinforced plastic (CFRP). Particular focus is placed on identifying the scaling effects of number of unit cells and the thickness of the cell walls in dominating the overall deformation and local collapse of the panel
Sandwich structure is an attractive alternative that increasingly used in the transportation and aer...
Sandwich structure is an attractive alternative that increasingly used in the transportation and aer...
The aim of this research work is to investigate the mechanical properties of corrugated-core sandwic...
A series of experimental investigations and numerical analyses is presented into the compression res...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
The failure modes occurring in sandwich panels based on the corrugations of aluminium alloy, carbon ...
The failure modes occurring in sandwich panels based on the corrugations of aluminium alloy, carbon ...
The failure modes occurring in sandwich panels based on the corrugations of aluminium alloy, carbon ...
This paper investigates the compression response of all-composite sandwich structures based on glass...
A series of experimental investigations and numerical analyses is presented into the compression res...
A series of experimental investigations and finite element analyses is presented in the compression ...
A series of experimental investigations and finite element analyses is presented in the compression ...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
Trapezoidal corrugated-core was fabricated using a 45o profiled mould, and used to form a range of l...
AbstractAn experimental and computational study of the bending response of steel sandwich panels wit...
Sandwich structure is an attractive alternative that increasingly used in the transportation and aer...
Sandwich structure is an attractive alternative that increasingly used in the transportation and aer...
The aim of this research work is to investigate the mechanical properties of corrugated-core sandwic...
A series of experimental investigations and numerical analyses is presented into the compression res...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
The failure modes occurring in sandwich panels based on the corrugations of aluminium alloy, carbon ...
The failure modes occurring in sandwich panels based on the corrugations of aluminium alloy, carbon ...
The failure modes occurring in sandwich panels based on the corrugations of aluminium alloy, carbon ...
This paper investigates the compression response of all-composite sandwich structures based on glass...
A series of experimental investigations and numerical analyses is presented into the compression res...
A series of experimental investigations and finite element analyses is presented in the compression ...
A series of experimental investigations and finite element analyses is presented in the compression ...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
Trapezoidal corrugated-core was fabricated using a 45o profiled mould, and used to form a range of l...
AbstractAn experimental and computational study of the bending response of steel sandwich panels wit...
Sandwich structure is an attractive alternative that increasingly used in the transportation and aer...
Sandwich structure is an attractive alternative that increasingly used in the transportation and aer...
The aim of this research work is to investigate the mechanical properties of corrugated-core sandwic...