Course ID: MRW101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 4, April 2010 Edition
Course Description: Examines how moisture content influences the mechanical, thermal, and dimensional properties of wood, essential for structural applications and durability analysis.
Publication Source: US Forestry Service, Wood Handbook, Chapter 4, April 2010 Edition
Course Description: Examines how moisture content influences the mechanical, thermal, and dimensional properties of wood, essential for structural applications and durability analysis.
Course ID: RTT101 | Credits: 4 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapters 6 and 7, April 2010 Edition
Course Description: Details the physical characteristics, sizing, and uses of lumber, round timbers, and railroad ties in structural and industrial applications.
Publication Source: US Forestry Service, Wood Handbook, Chapters 6 and 7, April 2010 Edition
Course Description: Details the physical characteristics, sizing, and uses of lumber, round timbers, and railroad ties in structural and industrial applications.
Course ID: PTW101 | Credits: 2 PDH | Format: PDF
Publication Source: Southern Pine Council
Course Description: Introduces chemical treatments used to enhance decay resistance in wood, covering treatment processes, classifications, and typical uses.
Publication Source: Southern Pine Council
Course Description: Introduces chemical treatments used to enhance decay resistance in wood, covering treatment processes, classifications, and typical uses.
Course ID: WSM101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 1, April 2010 Edition
Course Description: Highlights the environmental benefits of wood as a renewable and carbon-sequestering construction material compared to conventional alternatives.
Publication Source: US Forestry Service, Wood Handbook, Chapter 1, April 2010 Edition
Course Description: Highlights the environmental benefits of wood as a renewable and carbon-sequestering construction material compared to conventional alternatives.
Course ID: LMB101 | Credits: 5 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 2, April 2010 Edition
Course Description: Reviews identification, mechanical properties, and commercial availability of major North American wood species.
Publication Source: US Forestry Service, Wood Handbook, Chapter 2, April 2010 Edition
Course Description: Reviews identification, mechanical properties, and commercial availability of major North American wood species.
Course ID: WDF101 | Credits: 3 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 8, April 2010 Edition
Course Description: Explores the behavior and capacity of mechanical connectors used in wood construction, including nails, bolts, and proprietary fasteners.
Publication Source: US Forestry Service, Wood Handbook, Chapter 8, April 2010 Edition
Course Description: Explores the behavior and capacity of mechanical connectors used in wood construction, including nails, bolts, and proprietary fasteners.
Course ID: SWD101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 19, April 2010 Edition
Course Description: Discusses surface finishes, fire-retardant treatments, and special modifications used to enhance wood performance in demanding environments.
Publication Source: US Forestry Service, Wood Handbook, Chapter 19, April 2010 Edition
Course Description: Discusses surface finishes, fire-retardant treatments, and special modifications used to enhance wood performance in demanding environments.
Course ID: SAE101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 9, April 2010 Edition
Course Description: Provides equations and principles used to evaluate bending, shear, and axial stresses in wood members based on common loading conditions.
Publication Source: US Forestry Service, Wood Handbook, Chapter 9, April 2010 Edition
Course Description: Provides equations and principles used to evaluate bending, shear, and axial stresses in wood members based on common loading conditions.
Course ID: BOW101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 14, April 2010 Edition
Course Description: Explains biological degradation mechanisms such as fungal decay, insect infestation, and marine borer activity, and how to prevent them.
Publication Source: US Forestry Service, Wood Handbook, Chapter 14, April 2010 Edition
Course Description: Explains biological degradation mechanisms such as fungal decay, insect infestation, and marine borer activity, and how to prevent them.
Course ID: FIN101 | Credits: 5 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 16, April 2010 Edition
Course Description: Offers guidance on finishing systems for aesthetic enhancement and durability, including paints, stains, sealers, and surface preparation.
Publication Source: US Forestry Service, Wood Handbook, Chapter 16, April 2010 Edition
Course Description: Offers guidance on finishing systems for aesthetic enhancement and durability, including paints, stains, sealers, and surface preparation.
Course ID: SFW101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 3, April 2010 Edition
Course Description: Analyzes the cellular structure of wood and how anatomical features influence strength, shrinkage, and moisture transport.
Publication Source: US Forestry Service, Wood Handbook, Chapter 3, April 2010 Edition
Course Description: Analyzes the cellular structure of wood and how anatomical features influence strength, shrinkage, and moisture transport.
Course ID: PRS101 | Credits: 4 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 15, April 2010 Edition
Course Description: Describes methods for increasing the longevity of wood through protective treatments, coatings, and design strategies.
Publication Source: US Forestry Service, Wood Handbook, Chapter 15, April 2010 Edition
Course Description: Describes methods for increasing the longevity of wood through protective treatments, coatings, and design strategies.
Course ID: WCP101 | Credits: 3 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 11, April 2010 Edition
Course Description: Covers the composition, manufacturing, and properties of engineered wood products including plywood, OSB, and fiberboard.
Publication Source: US Forestry Service, Wood Handbook, Chapter 11, April 2010 Edition
Course Description: Covers the composition, manufacturing, and properties of engineered wood products including plywood, OSB, and fiberboard.
Course ID: ABW101 | Credits: 4 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 10, April 2010 Edition
Course Description: Explores the chemistry, bonding mechanisms, and application techniques for adhesives used in wood product fabrication.
Publication Source: US Forestry Service, Wood Handbook, Chapter 10, April 2010 Edition
Course Description: Explores the chemistry, bonding mechanisms, and application techniques for adhesives used in wood product fabrication.
Course ID: DRY101 | Credits: 3 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 13, April 2010 Edition
Course Description: Describes kiln drying, air drying, and moisture control methods that enhance the dimensional stability and usability of wood products.
Publication Source: US Forestry Service, Wood Handbook, Chapter 13, April 2010 Edition
Course Description: Describes kiln drying, air drying, and moisture control methods that enhance the dimensional stability and usability of wood products.
Course ID: USW101 | Credits: 2 PDH | Format: PDF
Publication Source: US Forestry Service, Wood Handbook, Chapter 17, April 2010 Edition
Course Description: Examines wood's role in modern structural design, with case examples in timber buildings, pedestrian bridges, and deck structures.
Publication Source: US Forestry Service, Wood Handbook, Chapter 17, April 2010 Edition
Course Description: Examines wood's role in modern structural design, with case examples in timber buildings, pedestrian bridges, and deck structures.