Erdem Cüce is a Full Professor in the Department of Mechanical Engineering at Istanbul Aydin University, Turkey, where he leads research in sustainable energy, low/zero-carbon buildings, advanced thermal systems, and renewable energy technologies. His research focuses particularly on building envelope heat transfer, thermal insulation, energy-efficient facade systems, and the experimental and numerical assessment of low-carbon building technologies.Pinar Mert Cüce is a Full Professor in the Department of Mechanical Engineering at Istanbul Aydin University, Turkey. Her research spans low-carbon architecture, building-envelope technologies, heat transfer, thermal insulation, advanced energy systems, and HVAC-related applications. A particular strand of her recent work concerns the development and experimental assessment of bio-based and agricultural-waste-derived insulation plasters, including systems incorporating natural residues such as hazelnut shells, pineapple leaf and tea waste.

• 1. Introduction to the theory of solar chimney power plants2. Solar chimney power plant structure and design3. Effect on solar chimney power plant of various performance parameters4. Assessment of solar chimney power plants by experimental studies5. Investigation of mathematical and theoretical models of the solar chimney power plants6. Approach of solar chimney power plants by computational fluid dynamics (CFD)7. Evaluation of solar chimney power plants with an innovative perspective8. Techno-economic analysis and artificial intelligence applications of solar chimney power plants

Erdem Cüce is a Full Professor in the Department of Mechanical Engineering at Istanbul Aydin University, Turkey, where he leads research in sustainable energy, low/zero-carbon buildings, advanced thermal systems, and renewable energy technologies. His research focuses particularly on building envelope heat transfer, thermal insulation, energy-efficient facade systems, and the experimental and numerical assessment of low-carbon building technologies.Pinar Mert Cüce is a Full Professor in the Department of Mechanical Engineering at Istanbul Aydin University, Turkey. Her research spans low-carbon architecture, building-envelope technologies, heat transfer, thermal insulation, advanced energy systems, and HVAC-related applications. A particular strand of her recent work concerns the development and experimental assessment of bio-based and agricultural-waste-derived insulation plasters, including systems incorporating natural residues such as hazelnut shells, pineapple leaf and tea waste.

• 1. Introduction to the theory of solar chimney power plants2. Solar chimney power plant structure and design3. Effect on solar chimney power plant of various performance parameters4. Assessment of solar chimney power plants by experimental studies5. Investigation of mathematical and theoretical models of the solar chimney power plants6. Approach of solar chimney power plants by computational fluid dynamics (CFD)7. Evaluation of solar chimney power plants with an innovative perspective8. Techno-economic analysis and artificial intelligence applications of solar chimney power plants

Erdem Cüce is a Full Professor in the Department of Mechanical Engineering at Istanbul Aydin University, Turkey, where he leads research in sustainable energy, low/zero-carbon buildings, advanced thermal systems, and renewable energy technologies. His research focuses particularly on building envelope heat transfer, thermal insulation, energy-efficient facade systems, and the experimental and numerical assessment of low-carbon building technologies.Pinar Mert Cüce is a Full Professor in the Department of Mechanical Engineering at Istanbul Aydin University, Turkey. Her research spans low-carbon architecture, building-envelope technologies, heat transfer, thermal insulation, advanced energy systems, and HVAC-related applications. A particular strand of her recent work concerns the development and experimental assessment of bio-based and agricultural-waste-derived insulation plasters, including systems incorporating natural residues such as hazelnut shells, pineapple leaf and tea waste.

• 1. Introduction to the theory of solar chimney power plants2. Solar chimney power plant structure and design3. Effect on solar chimney power plant of various performance parameters4. Assessment of solar chimney power plants by experimental studies5. Investigation of mathematical and theoretical models of the solar chimney power plants6. Approach of solar chimney power plants by computational fluid dynamics (CFD)7. Evaluation of solar chimney power plants with an innovative perspective8. Techno-economic analysis and artificial intelligence applications of solar chimney power plants