The increasing demand for advanced protective fabrics capable of withstanding extreme environmental conditions has necessitated a comprehensive understanding of thermal challenges and their impact on human activities. This study explores the intersection of material science, textile engineering, and practical applications to address the unique thermal requirements for various sectors, including military, aerospace, outdoor sports, and industrial use. Chapter 1 provides an in-depth analysis of global thermal extremes and their physiological impacts, outlining the key functional requirements for protective fabrics in diverse applications. Chapter 2 delves into advanced material science, highlighting high-performance fibers, innovative yarns, and the incorporation of smart technologies such as phase-change materials and thermal- responsive coatings to enhance thermal protection. Chapter 3 focuses on optimization techniques in fabric design and performance evaluation, leveraging computational tools, modular systems, and rigorous testing procedures to ensure reliability under extreme conditions. The methodology detailed in Chapter 4 outlines the research design, data collection techniques, and analytical approaches used to evaluate and compare traditional and next- generation fabrics. The findings aim to advance the development of thermally efficient, durable, and application-specific textile solutions, paving the way for enhanced human performance and comfort in extreme environments. This research contributes valuable insights for material scientists, textile engineers, and industry professionals striving to innovate within the realm of protective fabrics. Keywords: thermal protection, extreme environments, protective fabrics, high- performance fibers, material science, textile engineering, phase-change materials, thermal conductivity, adaptive technologies, performance evaluation, modular systems, human comfort, aerospace textiles, military applications, industrial fabrics.

Analysis and models of fabric properties for extreme thermal conditions

HUSEYNOVA, SHABNAM
2024/2025

Abstract

The increasing demand for advanced protective fabrics capable of withstanding extreme environmental conditions has necessitated a comprehensive understanding of thermal challenges and their impact on human activities. This study explores the intersection of material science, textile engineering, and practical applications to address the unique thermal requirements for various sectors, including military, aerospace, outdoor sports, and industrial use. Chapter 1 provides an in-depth analysis of global thermal extremes and their physiological impacts, outlining the key functional requirements for protective fabrics in diverse applications. Chapter 2 delves into advanced material science, highlighting high-performance fibers, innovative yarns, and the incorporation of smart technologies such as phase-change materials and thermal- responsive coatings to enhance thermal protection. Chapter 3 focuses on optimization techniques in fabric design and performance evaluation, leveraging computational tools, modular systems, and rigorous testing procedures to ensure reliability under extreme conditions. The methodology detailed in Chapter 4 outlines the research design, data collection techniques, and analytical approaches used to evaluate and compare traditional and next- generation fabrics. The findings aim to advance the development of thermally efficient, durable, and application-specific textile solutions, paving the way for enhanced human performance and comfort in extreme environments. This research contributes valuable insights for material scientists, textile engineers, and industry professionals striving to innovate within the realm of protective fabrics. Keywords: thermal protection, extreme environments, protective fabrics, high- performance fibers, material science, textile engineering, phase-change materials, thermal conductivity, adaptive technologies, performance evaluation, modular systems, human comfort, aerospace textiles, military applications, industrial fabrics.
2024
Analysis and models of fabric properties for extreme thermal conditions
Thermal Protection
Smart Textiles
Optimization
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/84731