Professor Raj Das is the Full Professor of 'Structures and Materials' and leads the ‘Simulation of Advanced Materials and Structures (SAMS)’ research group in the ‘Sir Lawrence Wackett Research Centre’ of RMIT University. He is the ‘Program Director’ in the Aerospace Engineering and Aviation discipline of the School of Engineering. He is also an honorary academic in the University of Auckland, New Zealand and the University of Quebec, Canada.
Professor Das has nearly 20 years of experience in the design, analysis and optimisation of engineering materials and structures with a focus on computational mechanics, structural optimisation, composite structures, failure analysis, and damage tolerance design.
Professor Das has published more than 400 papers in international journals and conferences in collaboration with several universities, institutes and industries. He has a PhD from Monash University, Australia, in Applied Mechanics, and has previously worked in the University of Auckland (New Zealand), the Commonwealth Scientific and Industrial Research Organisation (Australia), and the University of Manchester (UK).
Professor Das is associated with various scientific and technical societies broadly related to Theoretical and Applied Mechanics. He is currently the President of the 'International Congress on Mechanical Behaviour of Materials (ICM)' and represents Australia as a ‘Director’ in the Executive Committee of the 'International Congress on Fracture (ICF)'. Within Australia, Professor Das has previously served as the Chair of the ‘National Committee on Applied Mechanics’ of Engineers Australia. He has chaired/co-chaired several well-known conferences (e.g., ICM-13, ACAM-8, ACCM-3, ICCM-6).
Professor Das has been granted several national and international awards and fellowships, including the 'Sir George Julius Medal' by Engineers Australia, ‘Computational Methods Award’ by ICCM, ‘Jim & Hazel D. Lord Emerging Faculty Fellowship’, ‘Research Excellence Award’, and ‘AUEA Emerging Researcher Award’ by the University of Auckland. He has received the ‘CONICYT Award’ from the Government of Chile, ‘Certificate of Merit Award’ from the International Association of Engineers, Hong Kong, ‘UQAC Visiting Fellowship’ from the University of Quebec, Canada, and ‘Visiting Researcher Fellowship’ from the University of Cape Town, South Africa.
Reserach topics
Computational Mechanics, Finite Element Methods, Multi-scale Modelling, Structural Optimisation, Composite Materials, Failure Analysis, Fracture Mechanics, Fatigue, Impact Mechanics, Metamaterials, Architected Materials.
Awards/Distinctions
Media Statements / Interviews
Professional Appointments/Service
International Committees and Organisations
National Committees and Organisations
Plenary/Keynotes/Invited Speakers
Member of the 'Structures and Materials' teaching group
‘Teaching Group Convener’, Mechanics of Materials teaching group, 2014–2015
‘Course director’ of Dynamics (MECHENG 222, 2012), Design-3M (MECHENG 334, 2014–2015) and Composite Materials (MECHENG 743, 2012–)
‘Undergraduate Course Advisor (Part II/III)’, Department of Mechanical Engineering, University of Auckland, New Zealand, 2013–2014.
‘Postgraduate Course (Taught Masters) Advisor’, Department of Mechanical Engineering, University of Auckland, New Zealand, 2015–.
Course Delivery
RMIT University
• Novel multifunctional and new hybrid materials and structures for lightweight engineering structures for aerospace, automotive and marine applications
• Finite element and mesh-free SPH modelling for a range of engineering applications involving extreme deformation and discontinuous processes, including dynamic fracture, fragmentation, impact, biomechanics, bioforensics, material forming, welding, and geomechanics
• Structural integrity, damage tolerance, and durability analysis, i.e. fracture strength and fatigue life assessments, of engineering structures for aerospace, transport and marine applications
• Design and optimisation of biomechanical systems and medical implants
• Simulation and modelling of metal additive manufacturing processes, including multi-scale and multi-physics modelling of AM thermo-mechanical processes
• Fracture and fatigue analysis, including multi-scale modelling of nano-, micro-, and macro-fracture processes
• Multiscale and multifunctional materials design, including architected materials, meta-materials, auxetic materials, functionally graded materials for lightweight aerospace structures
• Damage tolerance, fracture and fatigue assessment of additive manufactured metal alloys and components
• Structural optimisation of additive manufactured components, based on manufacturing and property constraints
Availability of PhD projects
The following PhD projects are available for both domestic and international applicants. Further details are outlined here. You are welcome to contact me for more information.
Project 1: Damage-Tolerant Hybrid Composite Materials for Applications in Critical Aerospace Structures
Project 2: Damage-Tolerant 3D-Printed Composite Materials for Engineering Applications
Project 3: Multifunctional Auxetic Materials for Critical Engineering Structures
Project 4: Development of Fire-Resistant and Lightweight Composite Structures for Fire-Safe Structural Applications
Project 5: Integrated Topology Optimisation Tool for Additive Manufacturing
Project 6: Structural Shape and Topology Optimisation for Fracture Strength and Fatigue Life Improvement
Project 7: Novel Energy Storage Technology using Multifunctional Textiles
Project 8: Understanding Cranial Injury: Virtual Forensic Laboratory
RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business - Artwork 'Sentient' by Hollie Johnson, Gunaikurnai and Monero Ngarigo.
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