Advanced Materials based Thermally Enhanced Phase Change Materials 1st Edition

Capture the future of thermal energy management with Advanced Materials based Thermally Enhanced Phase Change Materials, 1st Edition by Hafiz Muhammad Ali. This authoritative volume immediately engages both researchers and practitioners with cutting-edge insights into phase change materials (PCMs) engineered for superior thermal conductivity and long-term performance.

Delve into clear, well-structured chapters that explain material selection, synthesis techniques, nano- and micro-scale enhancements, thermal characterization, and modelling approaches. The book balances fundamental science with practical guidance—showing how advanced composites, encapsulation methods, and conductive fillers boost latent heat storage and heat transfer rates for real-world systems.

Ideal for energy scientists, HVAC designers, electronics cooling engineers, and graduate students, the text highlights applications across climates and geographies—from solar-thermal installations in Mediterranean regions to cold-chain solutions in tropical markets and building retrofits in urban North America and Europe. Case studies and comparative performance data make it easy to translate theory into design decisions that cut energy use and improve reliability.

Readers will appreciate the rigorous yet accessible tone, precise figures, and actionable recommendations for integrating thermally enhanced PCMs into batteries, thermal storage, passive cooling systems, and sustainable buildings. Whether you’re advancing academic research or developing commercial Books, this 1st edition by Hafiz Muhammad Ali is an essential reference that accelerates innovation in thermal energy storage and efficient heat management worldwide.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.