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

This 1914 text captures a pivotal moment in forest science, when researchers were first systematically cataloging what they knew about timber's behavior under stress. Samuel J. Record, a pioneering wood technologist, methodically documents the fundamental mechanics of wood: compression, tension, shear, and bending resistance. He builds carefully from first principles, explaining stress and strain before showing how species selection, density, moisture content, grain structure, and growing conditions all conspire to make one piece of oak stronger than another. The final sections detail the testing apparatus and procedures of the era, establishing protocols that would shape forestry education for generations. For modern readers, the value lies partly in historical perspective. Record writes with the confidence of a man laying scientific groundwork, unaware that a century of materials science awaits. You can feel the discipline finding its footing. This is essential reading for forestry students, wood science historians, or anyone curious about how our understanding of organic materials evolved. That said, expect dense technical prose written for a different era of reader, one willing to work for its insights.