现代制造技术与装备2024,Vol.60Issue(10) :20-22.

基于无损检测技术的道路施工起重设备检验方法

Inspection Method of Lifting Equipment for Road Construction Based on Non-destructive Testing Technology

刘德林
现代制造技术与装备2024,Vol.60Issue(10) :20-22.

基于无损检测技术的道路施工起重设备检验方法

Inspection Method of Lifting Equipment for Road Construction Based on Non-destructive Testing Technology

刘德林1
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作者信息

  • 1. 漳州职业技术学院 建筑工程学院,漳州 363000
  • 折叠

摘要

探讨基于无损检测技术的道路施工起重设备检验方法,以应对道路施工中起重设备的安全隐患和质量控制问题.首先,详细分析起重设备特点与安全强度分析技术,概述无损检测技术.其次,提出基于超声转换器无损检测技术的新型检验方法,并设计相应的实验方案和流程.最后,结合无损检测技术的原理和方法,提出一种针对起重设备的检验系统,并通过对多种材料和零部件的检测实验,验证该系统的准确性和可行性.研究结果表明,基于无损检测技术的起重设备检验系统具有高效、便捷、精准的特点,能够检测出起重设备可能存在的缺陷和隐患,为道路施工安全提供重要保障.

Abstract

This study aims to explore the inspection method of lifting equipment in road construction based on non-destructive testing technology,in order to deal with the safety hazards and quality control problems of lifting equipment in road construction.First of all,the lifting equipment characteristics and safety strength technology are analyzed in detail,and the non-destructive testing technology is summarized.Secondly,a new nondestructive testing method based on ultrasonic converter technology is proposed,and the corresponding experimental scheme and process are designed.Then,combining the principle and method of non-destructive testing technology,a kind of inspection system for lifting equipment is proposed.The accuracy and feasibility of the method are verified by testing many kinds of materials and parts.The research results show that the lifting equipment inspection system based on non-destructive testing technology has the characteristics of high efficiency,convenience and accuracy,and can detect the possible defects and hidden dangers of lifting equipment,which provides an important guarantee for the safety of road construction.

关键词

无损检测技术/起重设备/超声转换器

Key words

non-destructive testing technology/lifting equipment/ultrasonic transducer

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基金项目

漳州职业技术学院科技类教师科研创新团队"交通基础设施建设与管理科研创新团队"(ZZYT23009)

出版年

2024
现代制造技术与装备
山东省机械设计研究院 山东机械工程学会

现代制造技术与装备

影响因子:0.197
ISSN:1673-5587
参考文献量3
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