Attaining Energy Conservation in Buildings Through the Integration of Barley Organic Fibers Into Construction Concrete for Thermal Insulation

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Abstract
In building construction, thermal comfort is a critical factor as it directly influences occupants' well-being, productivity, energy efficiency, and sustainability objectives. The maintenance of optimal thermal conditions not only enhances comfort but also contributes to reduced energy consumption. Concrete, being a primary material used in construction due to its economic, environmental, and ecological advantages, plays a significant role in achieving these thermal comfort goals. This chapter explores the thermal properties of organic concrete, a composite material incorporating Rogue straws. Employing LIWES and NIELSON SPAR models, the study assesses the homogeneous conductivity of different organic fiber fractions, thermal resistance, and flow characteristics. The findings demonstrate that organic concrete offers commendable thermal insulation suitable for construction purposes, emphasizing the significance of optimizing energy efficiency in construction technology.