Harmonization of Tolerance Analysis Tool
Vartiainen, Ilpo (2016)
2016
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-202401221632
https://urn.fi/URN:NBN:fi:amk-202401221632
Tiivistelmä
The harmonization of the Tolerance analysis calculation tool was carried out for a global company that operates in telecommunication base station industry, to be used in Electromechanics research and development and maintenance organizations. The author works for the client company’s Electromechanics maintenance organization and in close cooperation with the research and development organization.
The target of the thesis work was to develop and implement a tool for the analysis of the mechanical tolerance stack-ups, to be used in the client company’s global organizations. The work was completed together with the project team and following the client company’s review and approval processes. The back-ground knowledge is based on the employees’ professional experience in analyzing the tolerance stack-ups, existing tolerance analysis tools features and technical reference books.
As a result of the thesis work, a mechanical tolerance stack-up analysis tool was developed and taken in use globally in the client company’s Electromechanics research and development and maintenance organizations. User trainings covered 70 % of the mechanical designers in the implementation phase of the tool.
Further development of the analysis tool would be beneficial by comparing its features with the existing similar commercial and non-commercial calculation tools. Additionally, a practical measurement trial should be executed that would result to a practical correlation between the statistical analysis and practical dimensions variation.
The target of the thesis work was to develop and implement a tool for the analysis of the mechanical tolerance stack-ups, to be used in the client company’s global organizations. The work was completed together with the project team and following the client company’s review and approval processes. The back-ground knowledge is based on the employees’ professional experience in analyzing the tolerance stack-ups, existing tolerance analysis tools features and technical reference books.
As a result of the thesis work, a mechanical tolerance stack-up analysis tool was developed and taken in use globally in the client company’s Electromechanics research and development and maintenance organizations. User trainings covered 70 % of the mechanical designers in the implementation phase of the tool.
Further development of the analysis tool would be beneficial by comparing its features with the existing similar commercial and non-commercial calculation tools. Additionally, a practical measurement trial should be executed that would result to a practical correlation between the statistical analysis and practical dimensions variation.