Characterization of textile reinforcements using image correlation techniques
1 or 2 semesters
The aim is to study the mechanical behaviour and internal structure of woven textile reinforcements under biaxial tensile and shear deformation using the digital image correlation technique.
The aim is to study the mechanical behaviour and internal structure of woven textile reinforcements under biaxial tensile and shear deformation using the digital image correlation technique. A thermoplastic textile preform undergoes large shear and small tensile deformations during composite processing into a 3D part. These deformations vary from point to point, changing the local geometrical and mechanical properties of the composite part. Moreover, composite processing is a non-isothermal process, influencing matrix behaviour as function of temperature. Knowledge of the strain distribution is vital for quality assessment of the deformability tests and for understanding of the reinforcement behaviour in forming. Strain mapping system LIMESS of Department MTM will be used to study behaviour of reinforcements during shear and biaxial tension at various temperatures and shear rates. The data will be used to validate predictions of a software package WiseTex.
The project is available in the Fall and Spring semester.
Duration of research project: 6-12 months.
Number of places available: 1 per semester.
- Creative and analytical mind with sound engineering skills.
Faculty of Engineering Science.
The MTM Dept. is a regular research partner of industry in the fields of metallurgy and materials engineering. The combination of thorough fundamental research coupled with our broad range of expertise, delivers innovative ideas, helping to gain major advantages. Modern, advanced and well-maintained equipment reduces project time and cost and increases accuracy and strongly motivates researchers. A dynamic team spirit and cross-discipline knowledge sharing, stimulate our international outstanding research teams in their constant search for improved methods and innovative technologies.Project management is an art at MTM. Great management is also an essential ingredient in creating solid service for industry. Senior staff closely monitor the work of junior researchers to ensure a high level of professionalism and to teach the skills of sound project management: result-driven and cost-conscious. MTM is the largest education centre in Belgium in Materials Engineering, for BSc,MSc, & PhD.