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This presentation provides a comprehensive overview of wood's role in agricultural and biosystems engineering. It delves into its material properties, including strength, density, durability, and workability, and explores primary and secondary processing methods. The presentation also highlights various applications of wood in abe, such as farm buildings, equipment, and tools, and discusses the advantages and disadvantages of using wood in this field. It concludes with a look at the future of wood in abe, emphasizing the importance of engineered wood products, sustainable forestry practices, and integration with modern technologies.
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This presentation explores the crucial role of wood in Agricultural and Biosystems Engineering. We will delve into its material properties, primary and secondary processing methods, and diverse applications.
Prepared by: Remate, Ricaplaza, & Nequin
material derived from trees.
and tools.
effectiveness relevant to ABE.
aligning with modern ABE principles.
Selective logging or clear- cutting, crucial for sustainable forestry.
Logs are sawn into lumber of various dimensions (beams, planks, boards).
Reduces moisture content to improve strength and stability. Includes air drying and kiln drying.
Lumber is sorted based on quality, strength, and appearance.
Secondary Wood Processing
Transforms primary processed wood into finished products:
Joining Nailing, Screwing, Bolting: Mechanical fasteners. Adhesives (Gluing): Strong, seamless joints. Joinery: Interlocking joints.
Shaping Creating surfaces and profiles via Planing, Milling, Turning.
Finishing Enhancing durability & appearance with Paints, Stains, Varnishes, Preservatives.
Applications in ABE - Equipment & Tools
Tool Handles Shovels, hoes, rakes, and other hand tools benefit from wood's shock absorption and grip.
Crates and Pallets For transporting and storing agricultural produce.
Animal Handling Equipment Gates, chutes, and pens for livestock management.
Traditional Farm Implements Plows, carts, and wagons (in some contexts).
Components in Machinery Wooden parts in older or specialized agricultural machinery
Generally less expensive than steel or concrete in many regions.
Sustainable if sourced from well- managed forests.
Simple construction techniques and readily available tools.
Adaptable to various structural and equipment needs.
Natural beauty and warmth, creating pleasant agricultural environments.
Wood stores carbon, contributing to climate change mitigation.
Conclusion & Future of Wood in ABE
Wood remains a valuable and relevant material in Agricultural and Biosystems Engineering. Its renewability and workability make it a practical choice for many applications.
Engineered Wood Products (EWP) Plywood, CLT, Glulam offer enhanced strength and stability.
Advanced Wood Preservatives Eco-friendly treatments for increased durability.
Sustainable Forestry Practices Ensuring long-term wood availability for ABE.
Integration with Modern ABE Technologies Using wood in innovative agricultural systems.
Wood, when processed and applied thoughtfully, will continue to play a significant role in sustainable and efficient Agricultural and Biosystems Engineering.
