Innovative honeycomb-based structures have been paid substantial attention in recent years
due to their superb mechanical performances and specific functions. The presented study …

Additive manufacture of titanium structures allows the realisation of advanced design
strategies not achievable through traditional manufacturing methods. This work analyses the …

Recent developments in curve fitting, multivariate calibration, and pattern recognition in
chemometrics, and their application to x‐ray spectrometry, are reviewed. Relatively …

The increasing use of honeycomb structures in the aircraft industry has demonstrated the
need for the development of more effective evaluation methodologies. In recent years …

This paper presents methods for damage detection in machined material on the basis of
time series measured during milling of glass-fiber–reinforced polymer (GFRP). Recurrence …

This paper describes the transition towards a composite structure, with the same overall
aerodynamic characteristics, for a tail rotor blade of an IAR330 helicopter. The newly …

Composite sandwich structures offer several advantages over conventional structural
materials such as lightweight, high bending and torsional stiffness, superior thermal …

Honeycomb sandwich structures are susceptible to liquid ingress, which causes a serious
degradation of performance. Herein, a near-field microwave nondestructive detection …

Effects of random skin/core weld defects on out-of-plane tensile, compressive and in-plane
shear behaviors of hexagonal cell aluminum honeycomb sandwich panels are investigated …

This paper introduces a highly efficient technique, namely, dynamic infrared scanning
thermography (DIST), for detecting defects in large-sized carbon fiber-reinforced …