• Surface engineering of yarns via two-fold weaving to bind surface fibres; investigates binding mechanisms and validates a theoretical two-strand twist model for equilibrium in the ply [1], [2], [5].

• Mechanics of fabric bending and initial load–extension reveal how yarn geometry and junctions govern stiffness, drape, and bending in woven and nonwoven fabrics; integrates experiments with a self-consistent continuum model [6], [4], [9], [8].

• Needled fabrics studies chart how needle parameters, fibre type, and fibre dimensions influence stability, consolidation during needling, and dimensional changes under stretch and shrinkage [3], [11], [13].

• Chemical processing and finishing influence fabric performance and appearance; includes DMDHEU-based durable press, foam-and pad-based treatments, dye/reactive chemistry, and related reagent distribution and sensory effects [17], [18], [14], [10], [15].

• Analytical and modeling methodologies unify textile structure analysis: theoretical yarn/twist models, spectroscopy, radiotracers, and instrumentation for bending-drape measurement [2], [1], [5], [19], [16], [20].