• Flame retardancy and finishing dominate processing-focused textile research, comparing durable finishes across cellulose, wool, and synthetic fibers and linking hazard analysis to testing and legislation [6], [1].

• Moisture transfer and wearer comfort cluster: dynamic moisture vapor transfer, water-vapor resistance, sweat simulation, and wetting/spreading analyses used to model comfort and performance across fabrics [15], [20], [19], [3], [17].

• Mechanical properties and material behavior: abrasion testing, stress-strain modeling of coated fabrics, fabric stiffness psychometrics, frictional measurements, and thermal transitions to characterize constitutive behavior [5], [7], [8], [12], [9].

• Historical/textile archaeology and microscopy: using microscopy to identify fibers, dyes, and weaving traditions; ethnographic and heritage analyses in Southeast Asia, Navajo textiles, prehistoric textiles, and textile history methodology [14], [13], [11], [10], [4].

• Trade, economics, and consumer behavior: projections of global textile trade and consumer motives guiding imported vs domestic garments [16], [18].