Three-dimensional carbon fiber reinforced polymer (CFRP) cores are high performance ultra-lightweight materials that can reduce the structural mass of vehicles used in the transportation and aerospace industry, increasing capabilities and performance, and reducing fuel consumption. In this work, three different carbon fiber cores are obtained using an interlocking method from flat composite laminates with different geometries. The density of the cores is maintained less than 48 kg m−3. Sandwich panels are manufactured using these cores and carbon fiber reinforced epoxy skins. Compressive properties of the sandwich panels are evaluated and the failure modes are studied. Experimental results are compared to those predicted by analytical model...
This paper investigates the compression response of all-composite sandwich structures based on glass...
A lightweight carbon fiber reinforced polymer (CFRP) sandwich panel has been developed for floor use...
ABSTRACT: This paper presents the fabrication and 3-point flexion testing of carbon fiber reinforced...
The combination of light carbon fiber reinforced polymer (CFRP) composite materials with structurall...
Carbon fiber reinforced polymer (CFRP) composite sandwich panels with hybrid foam filled CFRP pyrami...
A hot-press molding technique is developed to design and manufacture carbon fiber reinforced polymer...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
In the present work, mechanical properties and failure modes of natural and synthetic fiber reinforc...
In this study, manufacturing of sandwich plates which are made of entirely carbon fiber composite r...
A series of experimental investigations and finite element analyses is presented in the compression ...
The four-point bending behaviour of composite sandwich panels made of corrugated steel faces and foa...
The focus of this thesis is to develop methods to predict the damage response of CarbonFibre Reinfor...
AbstractSandwich panels are widely used in lightweight construction especially in aerospace industri...
This chapter focuses on novel sandwich structures with open cellular composite cores manufactured by...
This paper focuses on the effect of temperature on the out-of-plane compressive properties and failu...
This paper investigates the compression response of all-composite sandwich structures based on glass...
A lightweight carbon fiber reinforced polymer (CFRP) sandwich panel has been developed for floor use...
ABSTRACT: This paper presents the fabrication and 3-point flexion testing of carbon fiber reinforced...
The combination of light carbon fiber reinforced polymer (CFRP) composite materials with structurall...
Carbon fiber reinforced polymer (CFRP) composite sandwich panels with hybrid foam filled CFRP pyrami...
A hot-press molding technique is developed to design and manufacture carbon fiber reinforced polymer...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
In the present work, mechanical properties and failure modes of natural and synthetic fiber reinforc...
In this study, manufacturing of sandwich plates which are made of entirely carbon fiber composite r...
A series of experimental investigations and finite element analyses is presented in the compression ...
The four-point bending behaviour of composite sandwich panels made of corrugated steel faces and foa...
The focus of this thesis is to develop methods to predict the damage response of CarbonFibre Reinfor...
AbstractSandwich panels are widely used in lightweight construction especially in aerospace industri...
This chapter focuses on novel sandwich structures with open cellular composite cores manufactured by...
This paper focuses on the effect of temperature on the out-of-plane compressive properties and failu...
This paper investigates the compression response of all-composite sandwich structures based on glass...
A lightweight carbon fiber reinforced polymer (CFRP) sandwich panel has been developed for floor use...
ABSTRACT: This paper presents the fabrication and 3-point flexion testing of carbon fiber reinforced...