正版新书]复合材料结构适航性设计李龙彪,Tiniakov,Dmyt 著978

Introduction

Chapter 1 General Information About Composite Materials

1．1 Composite material， what is this?

1．2 Composite material classification

1．2．1 Composite material classification by components geometry

1．2．2 Composite material classification by components spacear rangement

1．2．3 Composite material classification by nature of components

1．2．4 Composite material classification by matrix material

1．2．5 Composite material classification by reinforcing components geometry

1．2．6 Composite material classification by components structure and arrangem ent

1．2．7 Composite material classification by reinforcing scheme

1．2．8 Composite material classification by production technology

1．2．9 Composite material classification by application

1．3 Composite materials in the aircraft industry

1．4 Composite materials application trends

Questions

Chapter 2 Composite Materials Components

2．1 Matrix materials

2．1． 1 Metal matrix

2．1．2 Polymer matrices

2．1．3 Ceramic matrices

2．2 Reinforcing elements

2．2．1 Metallic fibers

2．2．2Glass and silica fibers

2．2．3 Carbon fibers

2．2．4 Boron fibers

2．2．5 Organic fibers

2．2．6 Ceramic fibers

2．2．7 Crystal whiskers

2．3 Reinforcing elements formation

Questions

Chapter 3 Production of Polymeric Composite Materials and Products from Them

3．1 Impression molding

3．1．1 Handlay-up

3．1．2 Automated placement

3．1．3 Schoop

3．2 Polymer composite material structure production on a base of an elastic diaphragm

3．2．1 Vacuum forming

3．2． 2 Vacuum-autoclave forming

3．2．3 Press-chamber molding

3．3 Polymer composite material structure production on a base of a pressure-forming technology

3．3．1 Plenum-chamber process

3．3．2 Impregnationin vacuum process

3．4 Polymer composite material production on a base of compression molding

3．4．1 Direct compression molding

3．4．2 Injection compression molding

3．4．3 Thermocompression molding

3．5 Polymer composite material parts production on a base of a winding process

3．5．1 Winding process types

3．5．2 Contact pressure for winding process

3．5．3 Composite material curing process

3．5．4 Winding pattern types

3．6 Polymer composite material structure production on a base of thepultrusion

3．7 Preform substance processing for polymer composite materials parts production

Questions

Chapter 4 Mechanical Behavior of Polymer Composite Materials

4．1 Composite materials modulus of elasticity

……

Chapter 5 Composite Materials Joints

Chapter 6 Polymeric Composite Materials Repair

Chapter 7 Composite Materials Structures Safety

REFERENCES

Composite materials are composed of two or more kinds of materials with different properties. Through physical or chemical methods, these composite materials have new properties. The comprehensive properties of composite materials are better than those of raw materials, so as to meet different requirements. The history use of composite materials can be traced back to ancient times. Straw or wheat straw reinforced clay and reinforced concrete, which have been used for hundreds of years, are composed of two materials. In the mid-1960s, carbon fiber reinforced composites came into being, and they were used in aircraft structures in the early1970s. Compared with the traditional materials , composite materials have the characteristics of high specific strength and specific modulus, good fatigue resistance, designability, and the identity of materials and structures. The application of com posite materials in aircraft structure has been improved continuously. The amount of composite materials used in Airbus A350 is close to 40% of the total mass. The composite materials used in the wing and fuselage of Boeing 787 are more than50%.Only carbon fiber composites used on fuselage panel for Airbus A380 is more than 30 tons.