Project Code: 34239
Start date and planned duration: February 2021, 12 months
- For each of the project themes, implement the relevant data-driven technologies on past TWI project data to demonstrate the benefits of providing these capabilities.
- Produce a review of available open-source software tools that can be used to implement data-driven technologies on the three applications.
- Host a workshop at the end of the project with relevant industry representatives to demonstrate the three case study applications and stimulate future discussions around applications, extensions and enhancements of the project results.
Digital and data-driven technologies are shaping the future of engineering from the deployment of digital twins for structural integrity to the application of machine learning (ML) and artificial intelligence (AI) for the design of new alloys.
One of the biggest challenges for data-driven technologies is the availability of databases of sufficient breadth and depth. Robust digital technologies require extensive datasets to train, test, and validate their algorithms.
The overarching goal of this project is to develop and demonstrate emerging digital and data-driven technologies for engineering applications of high interest and relevance to industry. The concept is to demonstrate three different data-driven technologies on three separate technology themes:
- Natural language processing (NLP) for failure investigations.
- Automatic image processing for additive manufacturing micrographs.
- Machine learning and big data analysis of mechanical properties.
None of the methods above (NLP, image processing, ML, etc) are new fields. These are established data science fields. More importantly, there are a wide range of open source, customisable software platforms that implement the methods underpinning these technologies. Similarly, the datasets upon which these tools will be applied already exist in TWI project archives. This will therefore be a highly focused, one-year project. The aim is to accelerate TWI’s adoption of digital technologies and demonstrate to industry that the exceptional depth and breadth of archived data from projects can be leveraged in an effective and secure way.
Oil and Gas
Construction and Engineering
Benefits to Industry
Industry will benefit from the aggregation of cross-sectoral data available at TWI. A successful outcome will give confidence that TWI can add value for industry by exploiting archived data, while providing reassurance that the security of proprietary information is maintained.
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