The frequent utilisation of aircraft across the globe significantly increases the likelihood of
structural failures. One contributing factor to aviation accidents, as revealed by the …

During its service life, an aircraft experiences various loadings that affect its structural
performance. Thin sheet riveted joints are ubiquitous in aircraft and require thorough …

In this study, the root cause of a recurring corrosion problem at the tip of an internally cooled
high-pressure turbine blade (HPT) of a turbofan engine was investigated. A two-pronged …

Despite extensive research, eliminating hexavalent chromium-based inhibitors from
aerospace coatings remains challenging due to a lack of understanding of coating …

In the aeronautical industry, one-shot drilling of stacked materials is a widely adopted and
established solution. However, ongoing discussions persist, particularly regarding the issue …

This research is focused on develo** a novel Lock-In Thermography-based scanning
system to detect subsurface defects in aircraft rivets. The proposed system included a …

This study focuses on determining the root cause of crack development in a longeron fitting
of a cargo aircraft followed by devising of appropriate mitigation strategy to prevent such …

Background: Study aims to work on the evolution of wing spar in aircraft between 2009 and
2023 using Bibliometric method. Methods: Scopus database was utilized to identify …

In this study, the crack propagation behavior for the uniform wing spar and tapered wing
spar with and without an intermediate cap was compared. Optimization of the I cross-section …

During its service life, an aircraft experiences various loadings that affect its structural
performance. Riveted joints are ubiquitous in aircraft and require thorough inspections to …