GB/T 32544-2016 in English

VALID

Acoustic emission examination and evaluation methods of steel structures of bridge and gantry cranes

Issued on:2016-02-24
Implemented on:2016-09-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $250.00
$243.00

Standard No:	GB/T 32544-2016
Document status:	VALID
Title in English:	Acoustic emission examination and evaluation methods of steel structures of bridge and gantry cranes
Title in Chinese:	桥式与门式起重机金属结构声发射检测及结果评定方法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2016-02-24
Implemented on:	2016-09-01
ICS Classification:	53.020.20-Cranes
Chinese Classification:	J80-Hoisting machinery
Professional Classification:	GB-National Standard
Related Keywords:	acoustic emission examination acoustic emission sensor acoustic emission testing acoustic emission sources evaluation methods
Related Topics:	Flow + result graph + c6 streaming results software Flow test results streaming shot How to combine the sequencing results with the original results Peak diagram of flow cytometry results Streaming result graph Flow Cytometry Results Analysis Method Heavy metal detection method Three methods of detection of heavy metals flow detection gate Methods for detecting heavy metals Result evaluation and inspection Detect the internal structure of metal Evaluation of test results Evaluation result method Total heavy metal detection method Current heavy metal detection methods Heavy metal detection method How to detect heavy metals Detect heavy metals together Heavy metal trace detection method Streaming result graph Eight heavy metal detection New heavy metal detection method In vivo heavy metal detection Naphthalene structure result evaluation way of evaluating results How to detect heavy metals The detection method is not the same as the detection result Mass cytometry results In vivo heavy metal detection method Naphthalene structure Result evaluation and analysis Mass Cytometry + Results re-result Test result evaluation Metal detection method Five heavy metal detection How to detect heavy metal method Wild heavy metal detection method Results and Conclusions Several methods for detecting heavy metals Calibration result way and method Indoor heavy metal detection method Methods of evaluating the measurement results Methods of heavy metal detection Metal detection method Heavy metal detection in various countries Results and Evaluation heavy metal detection method Heavy metal detection basis Heavy metal 8 detection heavy metal detection method Results and conclusions A kind of heavy metal detection method Heavy metal detection items Heavy metal five detection Method for evaluating measurement results method of evaluation, result Mass cytometry results Ultraviolet detection method for heavy metals Detection of heavy metals Fluorene structure Heavy Metal Detector GBT32544 GB/T 32544-2016 Detection method of heavy metal lead Inorganic lin measurement result 1.28 ogtt inspection method and result judgment Principle of the second method of heavy metal detection Zhengzhou metal detection agency Blood heavy metal detection method What are the heavy metal detection methods? Metal gate straightness detection method Heavy metal UV detection method Shellfish heavy metal detection method Heavy metal detection standards and basis Application principles of heavy metal detection methods Plant heavy metal detection methods Total heavy metal detection method Heavy metal detection method in rice What are the methods for heavy metal detection? National standard heavy metal detection method Semi-quantitative detection of heavy metals Summary of heavy metal detection methods Hair heavy metal detection Four detection methods for heavy metals Chemical structural formula detection method Histidine heavy metal method development

《GB/T 32544-2016桥式与门式起重机金属结构声发射检测及结果评定方法》由TC227（全国起重机械标准化技术委员会）归口，主管部门为中国机械工业联合会。

Introduction

1. Introduction

As important industrial equipment, the safety of bridge and gantry cranes is directly related to production efficiency and personnel safety. Acoustic emission testing is an advanced non-destructive testing technology that can effectively identify defects in metal structures. This article will deeply interpret the GB/T32544-2016 standard, covering its formulation background, technical evolution and implementation recommendations.

2. Background of standard formulation

With the rapid development of the lifting machinery industry, the safety requirements of equipment are increasing. As a highly sensitive and reliable detection method, acoustic emission testing is widely used in the evaluation of crane metal structures. The formulation of the GB/T32544-2016 standard aims to standardize the detection process and ensure the accuracy and consistency of the test results.

3. Analysis of Technology Evolution

Technology Stage	Characteristics	Application Scope
Initial Stage	Basic research, mainly used in laboratory environment.	Scientific research purposes.
Development Stage	The technology is mature and begins to be applied to industrial equipment detection.	Crane, pressure vessel and other fields.
Modernization Stage	Combined with digital technology to improve detection efficiency and accuracy.	Widely used in complex industrial equipment.

4. Key technologies and methods

The core of acoustic emission testing is to capture the elastic waves generated by the rapid release of energy in the material through sensors. The following are the key components of the detection system:
- Acoustic emission sensor: responsible for receiving elastic wave signals and converting them into electrical signals.
- Preamplifier: amplifies the sensor signal to ensure the accuracy of subsequent processing.
- System host: integrates data acquisition, processing and analysis functions.

5. Implementation suggestions

Case study: Implementation process of acoustic emission testing of a crane

In actual application, it is recommended to follow the following steps:
1. Preparation before testing: including data review and on-site investigation.
2. Sensor installation: ensure good coupling between the sensor and the surface of the test piece.
3. System debugging: test sensitivity, attenuation characteristics and background noise.
4. Data collection: load test strictly in accordance with standard procedures.
5. Result evaluation: divide the comprehensive level of acoustic emission sources according to the test data.

More samples: GB 18306-2015 JGJ 94-2008 GB 50021-2001(2009)

Sample only — not a preview of GB/T 32544-2016

Loading PDF document...

Error loading PDF. Please make sure the file is valid and try again.

We also recommend

GB/T 5905.1-2023 in English

Cranes—Inspection and test code—Part 1:General principle
2023-08-06
GB/T 17496-1998 in English

Repairing technique rules for the harbour portal crane
1998-09-16
GB/T 6068-2021 in English

Test code for truck crane and tyre crane
2021-05-21
GB/T 23725.3-2024 in English

Cranes—Information labels—Part 3:Tower cranes
2024-09-29
GB/T 14405-2011 in English

Bridge crane for general purpose
2011-05-12
GB/T 23721-2026 in English

Cranes—Training of slingers and signallers
2026-01-28
GB/T 31050-2014 in English

Energy efficiency test methods for metallurgy cranes
2014-12-22
GB/T 5031-2019 in English

Tower crane
2019-08-30
GB/T 13752-2017 in English

Design rules for tower cranes
2017-03-03
GB/T 41510-2022 in English

Safety assessment rules for lifting appliances—General requirements
2022-07-11