دانلود کتاب پردازش مایکروویو مواد فلزی -انقلابی در مهندسی سطح برای تولید سبز

The manufacturing sector is now strongly focused on developing environmentally friendly material production methodologies. Environmental anxiety combined with operational efficiency requirements drives this direct outcome. Typical manufacturing approaches use large amounts of energy while sustaining extended processing durations, which generates major environmental damage. These manufacturing approaches generate environmental concerns; therefore, the world struggles to implement eco-friendly solutions because their impact on the environment remains a subject of concern. The transition from traditional fabrication methods, such as Selective Laser Melting, Electron Beam Melting, and Friction Stir Processing, to microwave technology solutions is shown in Figure 1.1. Two microwave-based methods, alongside thermally assisted solvent bonding techniques, resolve the existing production issues by introducing more efficient and sustainable elements. Material fabrication sustainability is gaining momentum because microwave methods enable substantial benefits, including three times faster processing, efficient energy usage, strong bonding abilities, and environmentally friendly manufacturing processes. The use of microwave technology offers a novel, sustainable solution to address these industrial drawbacks. Microwave-assisted techniques overcome traditional methods by utilising quick heating while directing energy specifically to enhance processing efficiency without requiring high pressure or temperature. Microfluidic device fabrication using biodegradable thermoplastics benefits from microwave-increased solvent-based bonding, which provides superior advantages over traditional methods. The solvent-based bonding method supplies superior bonding quality and possesses processing times that are three times shorter than heat-press operations. These technological achievements demonstrate how microwave systems offer an opportunity to integrate environmentally friendly fabrication methods into manufacturing without affecting material specifications. The unique capabilities of microwave-assisted techniques are applied across different fields, including the manufacture of thermoelectric nanomaterials and the development of flexible piezoelectric composite films. Microwave-assisted nanomaterial synthesis generates environmentally friendly products through simple operation methods that provide superior selectivity in the final results. The introduction of microwave technology has solved the scalability problems in the production of high-performance materials. This method facilitates rapid development and commercial-scale production, linking experimental discoveries to practical manufacturing. Microwave-assisted techniques show great flexibility because researchers can integrate these methods with sustainable processes to overcome their constraints and achieve better performance outcomes. The development of sustainable material fabrication techniques has emerged because industries must achieve manufacturing advancements alongside ecological sustainability protection. Current protocols fail to satisfy modern material requirements because they contain fundamental restrictions. Microwave technology presents an attractive solution that delivers energy-efficient, fast, and environmentally compatible answers that comply with worldwide sustainability targets. Various fields have selected microwave technology as a means to transform material science and engineering toward an environmentally sustainable future.