Author(s)

Hanhuai Wang

Corresponding Author

Hanhuai Wang

Abstract

With the construction industry's increasing demands for structural performance, durability, and energy efficiency, high-performance building materials are being applied more extensively in engineering projects. While these materials offer significant advantages in enhancing overall project quality, extending service life, and optimizing construction techniques, their unique properties also impose higher requirements on construction management and quality control. As a critical component in ensuring construction quality and safety, the quality control mechanism of engineering supervision becomes particularly crucial when applying high-performance materials. This paper systematically examines the mechanisms and strategies for quality control during construction supervision, including material acceptance and storage management, construction process control, quality testing and monitoring methods, as well as risk prevention and emergency management. This analysis is based on an examination of the performance characteristics and current application status of high-performance building materials. Based on this analysis, strategies for optimizing the engineering supervision system are proposed. These include leveraging information-based supervision methods, optimizing standardized processes, and enhancing professional training to improve the controllability and reliability of construction quality for high-performance building materials. The research findings provide theoretical foundations and practical guidance for construction enterprises implementing engineering supervision with high-performance materials.

Keywords

High-performance building materials, Engineering supervision, Quality control, Construction management, Risk prevention and control