Computational Modelling of Thermal Pipelines. Analysing the Additive Effects in Coal Slurry Flow (PDF)

Scientific Study from the year 2023 in the subject Engineering - Power Engineering, grade: A, , course: Teaching & Research, language: English, abstract: This research work delves into the fascinating world of simulating and understanding the behavior of coal slurry in thermal pipelines. This groundbreaking book takes you on a journey through the intricate realm of computational modelling, uncovering the key factors and additive effects that influence the flow dynamics of coal slurry.

Through meticulous research and advanced simulations, this book provides a comprehensive exploration of the thermal aspects involved in coal slurry transportation. Gain invaluable insights into the role of additives and their impact on the overall performance of pipeline systems, as you examine the complex interactions between thermal factors, flow rates, and rheological properties.

With a focus on accuracy and precision, this book equips readers with the necessary tools to tackle challenges encountered in the field of thermal pipeline engineering. Explore various computational techniques, numerical methods, and advanced algorithms, empowering you to predict, analyze, and optimize the transport of coal slurry in thermal pipelines.
Whether you are a seasoned researcher, engineer, or a curious enthusiast, "Computational Modelling of Thermal Pipelines" offers a valuable resource for understanding the intricacies of slurry flow and the additive effects in coal transportation. Expand your knowledge, unravel the complexities, and unlock new possibilities in the realm of thermal pipeline systems.
Slurry pipelines are used to transport solid materials using water for short or long distance. These pipelines are used in many industrial application involving transportation of coal and disposal of slurry in thermal power plant. Transportation through slurry pipeline is a safe, pollution free and reliable method. In the present book, rheological properties of bottom and fly ash are studied to know the flow behavior of coal ash slurry. Numerical simulation is performed on the slurry flow through straight pipe and 90° pipe bend for the evaluation of pressure drop per 100 meter length. Modeling of Straight pipe and 90° pipe bend is generated in Gambit version 2.2.30 and Fluent version 6.2.16 is used for the numerical evaluation. Simulation has been performed on various concentrations (10%, 20%, 30%, 40% & 50%), with additive (40% & 50%) for bottom and fly ash slurries at various flow velocities (10, 20, 30, 32, 40, 41m/s).