Handbook of Wood Chemistry and Wood Composites By Roger M. Rowell (informative)
Free download Handbook of Wood Chemistry and Wood Composites By Roger M. Rowell
Authors of: Handbook of Wood Chemistry and Wood Composites By Roger M. Rowell
Roger M. Rowell
Table of Contents in Handbook of Wood Chemistry and Wood Composites By Roger M. Rowell
Preface
Chapter 1 Wood and Society
Christopher D. Risbrudt
PART I Structure and Chemistry
Chapter 2 Structure and Function of Wood
Alex C. Wiedenhoeft and Regis B. Miller
Chapter 3 Cell Wall Chemistry
Roger M. Rowell, Roger Pettersen, James S. Han, Jeffrey S. Rowell,
and Mandla A. Tshabalala
PART II Properties
Chapter 4 Moisture Properties
Roger M. Rowell
Chapter 5 Biological Properties
Rebecca E. Ibach
Chapter 6 Thermal Properties
Roger M. Rowell and Susan L. LeVan-Green
Chapter 7 Weathering of Wood
R. Sam Williams
Chapter 8 Surface Characterization
Mandla A. Tshabalala
PART III Wood Composites
Chapter 9 Wood Adhesion and Adhesives
Charles R. Frihart
Chapter 10 Wood Composites
Lars Bergland and Roger M. Rowell
Chapter 11 Chemistry of Wood Strength
Jerrold E. Winandy and Roger M. Rowell
Chapter 12 Fiber Webs
Roger M. Rowell, James S. Han, and Von L. Byrd
Chapter 13 Wood Thermoplastic Composites
Daniel F. Caulfield, Craig Clemons, Rodney E. Jacobson,
and Roger M. Rowell
PART IV Property Improvements
Chapter 14 Chemical Modification of Wood
Roger M. Rowell
Chapter 15 Lumen Modifications
Rebecca E. Ibach and W. Dale Ellis
Chapter 16 Plasma Treatment of Wood
Ferencz S. Denes, L. Emilio Cruz-Barba, and Sorin Manolache
Preface
Wood, an essential component of human civilization since time immemorial, has always held a profound significance in society. Its ubiquitous presence in various aspects of our lives underscores the need for a comprehensive understanding of its nature, properties, and applications. This tome endeavors to delve into the intricacies of wood, presenting a synthesis of knowledge from esteemed scholars and experts in the field.
Chapter 1: Wood and Society
In the opening chapter, Christopher D. Risbrudt offers insights into the symbiotic relationship between wood and society, tracing its historical, cultural, and economic significance. From ancient civilizations to modern times, wood has played a pivotal role in shaping human existence, serving as a source of shelter, fuel, and artistic expression.
Part I: Structure and Chemistry
Chapter 2: Structure and Function of Wood
Alex C. Wiedenhoeft and Regis B. Miller elucidate the complex architecture of wood, unraveling its hierarchical structure and elucidating the functional implications thereof. By examining wood at various scales, from macroscopic to molecular, this chapter provides a comprehensive overview of its mechanical, transport, and biological functions.
Chapter 3: Cell Wall Chemistry
Roger M. Rowell, Roger Pettersen, James S. Han, Jeffrey S. Rowell, and Mandla A. Tshabalala delve into the chemistry of the cell wall, unraveling the intricate molecular composition that confers wood its unique properties. Through a systematic analysis, this chapter sheds light on the role of cellulose, hemicellulose, and lignin in dictating wood’s behavior and performance.
Part II: Properties
Chapter 4: Moisture Properties
Roger M. Rowell explores the dynamic interaction between wood and moisture, elucidating the mechanisms of moisture uptake, desorption, and transport within its structure. By unraveling the intricacies of moisture behavior, this chapter provides valuable insights into wood’s dimensional stability, durability, and susceptibility to decay.
Chapter 5: Biological Properties
Rebecca E. Ibach delves into the biological aspects of wood, examining its interactions with various organisms ranging from fungi to insects. Through a comprehensive analysis of decay mechanisms and biological degradation pathways, this chapter elucidates the factors influencing wood’s resistance to biological deterioration.
Chapter 6: Thermal Properties
Roger M. Rowell and Susan L. LeVan-Green dissect the thermal behavior of wood, exploring its response to heat, fire, and thermal degradation processes. By unraveling the mechanisms of heat transfer and thermal decomposition, this chapter offers valuable insights into wood’s fire resistance, thermal insulation properties, and potential applications in thermal engineering.
Chapter 7: Weathering of Wood
R. Sam Williams investigates the effects of environmental exposure on wood, unraveling the mechanisms of weathering, degradation, and surface deterioration. Through a systematic analysis of weathering agents such as UV radiation, moisture, and temperature fluctuations, this chapter elucidates the factors influencing wood’s weathering resistance and long-term performance.
Chapter 8: Surface Characterization
Mandla A. Tshabalala explores the surface properties of wood, focusing on techniques for characterization and analysis. From surface roughness to chemical composition, this chapter provides valuable insights into methods for assessing and modifying wood surfaces to enhance performance and aesthetics.
Part III: Wood Composites
Chapter 9: Wood Adhesion and Adhesives
Charles R. Frihart examines the science of wood adhesion, elucidating the principles underlying adhesive bonding and interface interactions. By exploring the chemistry of adhesives and surface treatments, this chapter offers insights into the development of high-performance wood composites with tailored adhesive properties.
Chapter 10: Wood Composites
Lars Bergland and Roger M. Rowell delve into the realm of wood composites, exploring the diverse range of materials and manufacturing processes involved. From particleboards to fiber-reinforced composites, this chapter provides a comprehensive overview of wood composite technologies and their applications in construction, furniture, and automotive industries.
Chapter 11: Chemistry of Wood Strength
Jerrold E. Winandy and Roger M. Rowell unravel the chemistry behind wood strength, elucidating the factors influencing mechanical properties such as stiffness, strength, and toughness. Through a systematic analysis of wood’s hierarchical structure and chemical composition, this chapter offers insights into strategies for enhancing wood strength through chemical modification and processing.
Chapter 12: Fiber Webs
Roger M. Rowell, James S. Han, and Von L. Byrd explore the world of fiber webs, elucidating their role in the manufacture of nonwoven materials and composite structures. By examining the principles of fiber entanglement and web formation, this chapter provides valuable insights into the design and engineering of fiber-based products with tailored properties and performance.
Chapter 13: Wood Thermoplastic Composites
Daniel F. Caulfield, Craig Clemons, Rodney E. Jacobson, and Roger M. Rowell delve into the realm of wood thermoplastic composites, exploring the synergy between wood fibers and thermoplastic matrices. Through a comprehensive analysis of processing techniques and material properties, this chapter offers insights into the development of sustainable biocomposites with enhanced mechanical, thermal, and rheological properties.
Part IV: Property Improvements
Chapter 14: Chemical Modification of Wood
Roger M. Rowell explores the realm of chemical modification, elucidating the principles and applications of chemical treatments for enhancing wood properties. From acetylation to impregnation, this chapter provides insights into the diverse range of chemical modification techniques and their impact on wood’s dimensional stability, durability, and decay resistance.
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