Thermal Claddings for Engineering Applications

Lalit Thakur, Jasbir Singh, Hitesh Vasudev

• Éditeur: CRC Press
• Année: 2024
• ISBN:
  9781040017760
• Édition: 1
• Sujet: Tecnología e ingeniería
• Sous-sujet: Ingeniería industrial

The text presents advances in the field of thermal claddings for protection against erosion, corrosion, and wear in hydraulic turbines, automobiles, agricultural equipment, power plant, chemical industries, and jet engines. It further discusses different cladding techniques such as electron beam, oxyfuel, arc welding processes, and microwave hybrid heating. It explains the mechanism for failure of materials and cladding and emphasizes the protection mechanism.

This book:

·Discusses the design and simulation of thermal claddings and the use of algorithms to predict the process parameters and performance of developed clads using artificial intelligence and machine learning.

·Presents the tribological behaviour of novel wear-resistant thermal claddings for the components used in construction, mining, drilling, and hydropower plant.

·Showcases high-temperature oxidation, corrosion, and erosion-resistant thermal claddings for power plants, the automotive sector, and jet engines.

·Highlights the application of the thermal cladding process in remelting the existing surface to enhance the surface properties.

·Examines post-heat treatment procedures on thermal claddings for improving the microstructure and tribological properties.

The text is primarily written for senior undergraduate, graduate students, and academic researchers in the fields of mechanical engineering, manufacturing engineering, industrial engineering, and production engineering.

Table des matières

• Cover
• Half-Title Page
• Title Page
• Copyright Page
• Table of Contents
• Preface
• About the editors
• List of Contributors
• Aim and scope
• Chapter 1 Fundamentals and applications of thermal claddings
• Chapter 2 Improved room and high-temperature wear performance with Inconel 625 TIG weld cladding
• Chapter 3 Corrosion and microstructural behaviour of Inconel 625 microwave clad deposited on mild steel
• Chapter 4 Artificial intelligence revolutionizing the laser cladding industry
• Chapter 5 Multi-objective optimisation of wire arc additive manufacturing deposition using genetic algorithm
• Chapter 6 Techniques for improving engineering material’s tribological performance using laser cladding process in laser surface texturing
• Chapter 7 Prediction and performance of thermal cladding using artificial intelligence and machine learning: Design analysis and simulation
• Chapter 8 Evolution of nickel-based superalloy claddings for against high-temperature oxidation and wear
• Chapter 9 Enhancing the durability and performance of high-value components through thermal cladding: A study on materials and process parameters for repair, refabrication, and remanufacturing
• Chapter 10 Application of thermal claddings for materials used as biomedical implants
• Chapter 11 Study on the thermal claddings used in biomedical implants
• Chapter 12 Nanostructured thermal claddings for improved life and performance of engineering components
• Chapter 13 Wire arc additive manufacturing: Study of microstructure and defects
• Chapter 14 Development of MoCoCrSi/fly ash composite cladding on stainless steel substrate through microwave irradiation
• Chapter 15 Advantages and applications of various surface engineering techniques
• Index