Dr. Shruti Mandhani PhD, MSc, BTech
Research Fellow
Summary
I am a materials scientist specialising in mechanical metamaterials. My research combines experimental mechanics, finite element analysis, and analytical modelling, focusing on auxetic materials from the molecular scale to the macroscale for a wide range of applications. I am an award-winning science communicator, passionate about making science accessible and engaging through teaching, outreach, and media.
About
I am a materials scientist specialising in mechanical metamaterials, with particular expertise in auxetic materials. I have a PhD in Auxetic Materials from Sheffield Hallam University, an MSc in Biomaterials and Regenerative Medicine from the University of Sheffield, and a Bachelor of Technology (BTech) from the National Institute of Technology Karnataka (NITK) Surathkal.
My research combines experimental mechanics, finite element analysis, and analytical modelling. I am especially interested in nature-inspired approaches to material design and their applications in biomaterials and sustainable solutions. My broader professional interests include smart materials, bioinspired design, and understanding structure–property relationships across scales in polymers, composites, and cellular solids. I have experience in working across disciplines and collaborating with industry.
In addition to my research, I am an award-winning science communicator. I won the UK national Three Minute Thesis (3MT) competition in 2019 and regularly deliver talks and outreach events to schools, public audiences, and policymakers. I am passionate about making science accessible, engaging, and inclusive, and I enjoy using storytelling to make complex ideas clear and relevant - both in academic settings and beyond.
Teaching
School of Engineering and Built Environment
College of Business, Technology and Engineering
Mechanical Engineering
Research
- Industry and Innovation Research Institute
1. Auxetic Liquid Crystal Elastomer Composite Laminates
2. Wetting of Auxetic Metamaterials
3. Additive Manufacturing of Auxetics
4. Intrinsically Auxetic Polymers
My academic collaborators include: Universities of Leeds, Exeter, Sheffield, Bristol, Edinburgh, Manchester Metropolitan University, Northumbria University, and McGill University (Canada).
My industrial partners include: Michelin (France), and Auxetec Ltd.
Publications
Journal articles
McHale, G., Alderson, A., Armstrong, S., Mandhani, S., Meyari, M., Wells, G.G., ... Evans, K.E. (2024). Transforming Auxetic Metamaterials into Superhydrophobic Surfaces. Small Structures. http://doi.org/10.1002/sstr.202300458
Armstrong, S., McHale, G., Alderson, A., Mandhani, S., Meyari, M., Wells, G.G., ... Semprebon, C. (2023). Wetting transitions on superhydrophobic auxetic metamaterials. Applied Physics Letters, 123. http://doi.org/10.1063/5.0173464
Theses / Dissertations
Mandhani, S. (2025). High Performance Polymers: Towards Intrinsically-Auxetic Polymers. (Doctoral thesis). Supervised by Alderson, A., & Cleaver, D. http://doi.org/10.7190/shu-thesis-00694