The Mechanical Properties of Wood Including a Discussion of the Factors Affecting the Mechanical Properties, and Methods of Timber Testing

Samuel J. Record's The Mechanical Properties of Wood stands as a foundational reference for understanding how timber behaves under stress and strain. Originally published in 1914, this non-fiction work demystifies the technical principles governing wood's strength and durability, making complex mechanics accessible to students and professionals alike. The audiobook explores two essential areas: the mechanical properties themselves, including compression, tension, and bending strength across numerous American wood species, and the critical factors influencing these properties—such as moisture content, grain structure, and wood density. Record presents elementary mechanics principles applied specifically to timber, supported by comprehensive data tables that remain relevant to modern forestry and engineering applications. His approach deliberately avoids advanced mathematics, ensuring the material serves both academic learners and practical practitioners working in construction, manufacturing, or timber evaluation. This audiobook is ideal for forestry students, timber engineers, woodworkers, and anyone seeking to understand wood's structural capabilities at a fundamental level. Whether you're designing wooden structures, selecting appropriate timber for specific applications, or simply curious about the science behind this versatile natural material, Record's clear explanations and methodical approach provide invaluable insight into wood testing methods and performance characteristics that have influenced forestry science for over a century.