Piezoelectric Sensors for Real-time Monitoring and Quality Control in Additive Manufacturing

TL;DR

This paper reviews the use of piezoelectric sensors for real-time monitoring and quality control in additive manufacturing, highlighting their potential to enhance precision and process reliability.

Contribution

It provides a comprehensive overview of piezoelectric sensors, detailing their principles, applications, and significance in improving additive manufacturing quality control.

Findings

Piezoelectric sensors enable real-time process monitoring.

They significantly improve quality assurance in additive manufacturing.

The paper offers a systematic understanding from fundamental principles to practical applications.

Abstract

Within the ever-evolving landscape of engineering, particularly in the dynamic domain of additive In manufacturing, a pursuit of precision and excellence in production processes takes centre stage. This research , This paper serves to give a comprehensive understanding of piezoelectric sensors, a topic that is both academically engaging and of practical significance, catering to both seasoned experts and those newly venturing into the field. Additive manufacturing, lauded for its groundbreaking potential, underscores the imperative of rigorous quality control. This introduces piezoelectric sensors, devices that may be unfamiliar to many but possess considerable potential. This paper embarks on a methodical journey, commencing with an introductory elucidation of the piezoelectric effect. It then advances to the vital role of piezoelectric sensors in real-time monitoring and quality control, unveiling their potential and relevance for newcomers and seasoned professionals alike. This research, structured systematically from fundamental principles to pragmatic applications, presents findings that are not only academically informative but also represent a substantial stride towards achieving precision and high-quality manufacturing processes in the engineering field.