Download scientific diagram | Typical top hat stiffener from publication: STRUCTURAL HEALTH MONITORING OF COMPOSITES FOR AIRCRAFT STRUCTURES | Failures in smart composite structures are catastrophic due to absence of plastic behaviour. Failures such as delamination and fibre breakages are critical failure modes in composites, which results in significantly reduced strength and structural integrity. An effective | Fibre, Delamination and Composite Structures | ResearchGate, the professional network for scientists.
Top-hat-stiffener experimental test configuration
Materials, Free Full-Text
Typical top-hat stiffener for keel structures.
Delamination failure of composite top-hat stiffeners using finite element analysis - Raju, B Gangadhara Prusty, Don W Kelly, 2013
Frontiers Buckling Behavior of Poly-Phenylene-Sulfide/Carbon L
Top hat stiffeners: A study on keel failures - ScienceDirect
Geometrical characteristics of the conventional T stiffener profiles.
Delamination failure of composite top-hat stiffeners using finite element analysis
Experiment and optimization of the hat-stringer-stiffened composite panels under axial compression - ScienceDirect
GRP top hat stiffener section modulus design
Geometry of the top-hat-stiffener
Stacking sequence of J-and hat-stiffened composite panel.
Structural panel with a composite top-hat stiffener
Dynamic behavior of top-hat bonded stiffened composite panels: Experimental characterization - ScienceDirect