纺织复合材料是以各种类型纤维集合体为预成型体且包埋于基体材料中所形成的纤维增强复合材料，具有结构和强度可设计的特点，现已在结构工程领域得到广泛应用。本书结合纺织复合材料领域的新进展及研究成果，阐述纺织复合材料设计的多尺度结构方法，包括二维和三维机织、针织、编织复合材料的结构和强度设计。
本书是纺织复合材料力学和设计方面的基础著作，可供海内外复合材料行业的工程师设计复合材料结构和工程结构提供参考，也适用于相关专业高年级本科生和研究生及国际学生的全英文教学。

1 Introduction
1.1 Multi-scale geometric structure of textile composites
1.2 Two-dimensional plain laminated composites
1.3 Three-dimensional orthogonal woven composites
1.4 Four-step braided composites
1.5 Design principle and method
2 Multi-scale Geometric Structure and Multi-hierarchy Modeling of Textile Composites
2.1 Fiber composites
2.2 Woven composites
2.3 Three-dimensional textile composites
3 Concept and Design of Composites
3.1 Concept
3.2 Design
4 Laminates
4.1 Introduction
4.2 Stress-strain relationship of laminates
4.3 Thermo-hydro effect of laminates
4.4 Laminate structure, failure criterion and design
5 Three-dimensional Textile Preform
5.1 Introduction
5.2 Classification of textile structural preforms
5.3 Geometric structure of 3D textile preform
6 Structural Design of Woven Composites
6.1 Overview of woven composites
6.2 Design model and method of woven composites
6.3 Introduction of stiffness model
6.4 Triaxial woven composites
6.5 Conclusion
7 Structural Design of Knitted Composites
7.1 Introduction
7.2 Knitted fabrics
7.3 Tensile behavior of knitted composites
7.4 Three-dimensional elastic property analysis
7.5 Tensile strength analysis
7.6 Conclusions
8 Structural Design of Braided Composites
8.1 Mechanical property of braided fabric
8.2 Structural models of braided composites
8.3 Thermoelastic behavior of composites
8.4 Numerical calculation of mechanical properties of 3D braided composites
9 Macro-mechanics of 3D Textile Composites
9.1 Introduction
9.2 Stiffness and strength of three-dimensional textile reinforced composites
9.3 Stiffness and strength properties of braided composites
9.4 Stiffness and strength properties of knitted composites
9.5 Application of macro mechanical analysis in energy absorption design of sandwich structure of warp knitted fabric
9.6 Application of macro mechanical analysis in energy absorption type three-point bending design
9.7 Conclusions
References