Authors: Manoj Kumar Sharma | M Ramachandran | Kurinjimalar Ramu | Chinnasami Sivaji | Abolfazl Pourrajabian | Maziar Dehghan | Adeel Javed | David Wood | Raghavalu Thirumalai | Durai Prabhakaran | G Shanmugasundar | M Gowtham | E Aswin | S Surya | D Arujun | Rakesh Sinha | Parash Acharya | Peter Freere | Ranjan Sharma | Pramod Ghimire | Leon Mishnaevsky | C Aceves | M Monroy | M Sutcliffe | A Ashby | C Skordos | Rodrguez Romn | Raghuram Pradhan | M Vanitha | G Krishnan | S Sivam | Nikolaos Papadakis | Carlos Ramrez | Neil Reynolds | P Peterson | P Clausen | Lijin Thomas | M Ramachandra | G Sai | M Shanmugasundar | Raghuram Vanitha | S Pradhan | Sivam | M Kumar | A Senthil | R Krishnan | Vijayanandh | K Muhammed | C Ansal | B Ramesh Kannan | M Stalin | Ravichandran | S Habali | I Saleh | R Yokesh | S Yuvaranjith | R Barath | S Balasubramanian | N Karthikeyan | R Anand | T Suthakar | Shubham Barhate | S Krishna | Ketan Rama | Anita Jarabala Ranga | D Soni | Anil Srinivas | Kumar | R Sridhar | A Srithar | Jin Chen | Quan Wang | Wen Zhong Shen | Xiaoping Pang | Songlin Li | Xiaofeng Guo | Ganesh Kalagi | Rajashekar Patil | Narayan Nayak | R Sivaramakrishnan | El Alaoui | Hamid Rabie | Mounir | Mostapha El | Abdellatif Boudi | Hicham Marjani | Abdellah Echab | Mohsine | M Kurinjimalar Ramu | Chinnasami Ramachandran | Sivaji | Alejandro Albanesi | Victor Fachinotti | Ignacio Peralta | Bruno Storti
Source: REST Journal on Advances in Mechanical Engineering (review, 2023-08-19)
Field: Materials Science — Materials Chemistry

A Review on Material Selection for Small Wind Turbine Blades Using the WASPAS Method The material selection for small wind turbine blades plays a crucial role in optimizing the performance, reliability, and cost-effectiveness of these renewable energy systems.With the growing demand for sustainable energy solutions, small wind turbines have gained prominence as a viable option for decentralized power generation.This paper focuses on the key factors that influence material selection for small wind turbine blades, including structural requirements, aerodynamic considerations, and environmental factors.Various materials commonly used for blade construction, such as fiberglass composites, carbon fiber composites, and wood, are explored in terms of their properties, advantages, and limitations.Furthermore, the impact of material selection on blade design, manufacturing processes, and maintenance is discussed, emphasizing the need for a holistic approach to ensure optimal performance and longevity of small wind turbine blades.By understanding the complexities of material selection, designers and engineers can make informed decisions that contribute to the overall efficiency and sustainability of small wind energy systems.The selection of materials for small wind turbine blades holds significant research importance due to its direct impact on the overall performance, durability, and cost-effectiveness of these renewable energy systems.Small wind turbines have emerged as a promising solution for decentralized power generation, especially in remote areas and off-grid applications.Efficient and reliable blade design is crucial for harnessing wind energy effectively, maximizing power output, and ensuring long-term operation.The research significance of material selection lies in its potential to address key challenges faced by small wind turbine systems In this research we will be using weighted-sum method.We have taken alternative parameters are, epoxy based Carbon FRP, epoxy based Glass FRP (GFRPEP), polypropylene based Glass FRP with (GFRPPP), polypropylene based Cotton-Glass FRP (CGFRPPP), epoxy based Flax Glass FRP (FGFRPEP), epoxy based Sisal-Glass FRP with (SGFRPEP) have taken Evaluation parameters Attributes Alternatives, Tensile Strength, Production Rate(MPa), Flexural strength(MPa), Corrosion resistance, Blade Cost(USD), Setup Cost(USD),Density(kg/m^{3)}Out of all 10 materials aluminum gets first rank immaterial selection for small wind turbine blades .And(SGFRPEP) gets final rank With the WASPAS we are able to find the best material for small wind turbine blades which has been evaluated with various parameters and methodology. Selection (genetic algorithm) ; Turbine ; Marine engineering ; Computer science ; Environmental science ; Mechanical engineering ; Engineering ; Artificial intelligence Material Selection and Properties ; Engineering Applied Research ; Nuclear and radioactivity studies