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Abstract submission deadline (extended): 30 Dec 2024
Submissions via Microsoft CMT
Submissions via Microsoft CMT
When you submit, please choose a suitable "Track" in either Mini-symposium sessions or General sessions. More details can be found below.
If you already have an account on Microsoft CMT, you can log in to your account and search for "UKACM2025".
If you do not have a CMT account, please click on Register on the Microsoft CMT login page to create an account using your academic email address.
Once you have registered and verified your account you will be able to search for "UKACM2025" to start the abstract submission process.
We believe that the submission process is intuitive but if you need any support during the process of submission please contact UKACM@qmul.ac.uk. You can also take a look at the CMT help pages for how to guides and FAQs.
Please select a suitable Track in either Mini-symposium sessions or General sessions when submitting your abstract below:
Mini-symposia sessions:
Solid Mechanics
S1: Computational Frameworks For Large Strain Solid Mechanics and Coupled Problems
Organisers: Chun Hean Lee (University of Glasgow)*; Antonio Gil (Swansea University); Paulo R. Refachinho de Campos (Swansea University); Eky Febrianto (University of Glasgow)
S2: Advanced Numerical and Data-Driven Methods in Ground Engineering
Organisers: Jelena Ninic (University of Birmingham)*; Hassan Liravi (University of Birmingham); Hoang Giang Bui (University of Birmingham); Asaad Faramarzi (University of Birmingham)
Organisers: Thomas A Haynes (University of East Anglia)*; Erkan Oterkus (University of Strathclyde)
S4: Shape and Topology Optimization With Finite Elements
Organisers: Alberto Paganini (University of Leicester)*; Philip Herbert (University of Sussex)
S5: Advances In Computational Mechanics and Design of Mechanical Metamaterials
Organisers: Susmita Naskar (University of Southampton)*; Tanmoy Mukhopadhyay (University of Southampton); Fabrizio Scarpa (University of Bristol); Andrew Alderson (Sheffield Hallam University)
S6: (Environment Induced) Fracture and Damage
Organisers: Tim Hageman (University of Oxford)*; Sara Jiménez Alfaro (Imperial College London)
S7: Modeling of Intelligent Structures and Soft Robotics
Organisers: Weicheng Huang (Newcastle University)*; Mingchao Liu (University of Birmingham)
Fluid Mechanics and Multiphysics Problems
F1: Computational Fluid Dynamics – Recent Advances, New Perspectives And Applications
Organisers: Chandan Bose (University Of Birmingham)*; Chennakesava Kadapa (Edinburgh Napier University); Hassan Hemida (University Of Birmingham)
F2: Turbulence At The Exascale In The UK: The Excalibur Initiative
Organiser: Sylvain Laizet (Imperial College London)*
F3: Advanced Computational Methodologies for Multiphysics Problems In Engineering
Organisers: Chennakesava Kadapa (Edinburgh Napier University)*; Tim Hageman (University of Oxford); Erkan Oterkus (University of Strathclyde)
F4: Advances In Lattice Boltzmann Method: Innovations and Applications In Complex Systems
Organisers: Alessandro De Rosis (University of Manchester)*; Jinlong Fu (Queen Mary University of London)
F5: Innovative Computational Methods for Scale-Resolved Flow Simulations
Organisers: Xiaodong Li (University of Southampton)*; Liang Fang (Imperial College London)
F6: Using Artificial Intelligence to Enhance Computational Fluid Dynamics
Organiser: Claire E. Heaney (Imperial College London)*
General sessions:
100 Computational Solid Mechanics:
100 Computational Solid Mechanics:
Solid mechanics, Structural dynamics, Computational plasticity, Contact mechanics, Damage mechanics, Electromagnetics, Finite deformation mechanics, Fracture and failure mechanics, Materials engineering, Geomechanics, Biomechanics, Material/constitutive modelling, Composite Materials, Metamaterials, Hierachical materials, Bio-insipred materials, Shape-morphing materials, Multi-functional materials, Soft Matter, Batteries, etc.
200 Computational Fluid Mechanics:
200 Computational Fluid Mechanics:
Fluid mechanics, Computational Fluid Dynamics (CFD), Fluid-structure interaction, Turbulence Modelling, Porous media/porous flow/coupled analysis, Multiphase Flow, Aerodynamics, Hydrodynamics, Heat Transfer in Fluids, etc.
300 Numerical Methods:
300 Numerical Methods:
Boundary elements, Finite elements, GPUs and HPC, Instability analysis, Isogeometric methods, Large scale linear algebra, Mesh generation, Meshless methods, Multiscale modelling, Particle-based methods, PDE & SPDE solutions, Phase field-based methods, Peridynamics, Topology optimisation, FE2 method, etc.
400 Multi-physics Modelling:
400 Multi-physics Modelling:
Multi-physics coupling, Biomechanics/Bioengineering, Heat transfer, Wave propagation, Modeling Manufacturing Processes, Modelling the Additive Manufacturing Process, etc.
500 Data-driven Methods:
500 Data-driven Methods:
Artificial neural network, Physics-informed neural network, Neural Operators, Bayesian machine learning, Convolutional Neural Network, Recurrent neural network, Transfer learning, Generative Adversarial Network, Data-driven inverse design, etc.
Please ensure that you prepare your one-page abstract using the conference template.
Abstract will be reviewed and acceptance confirmed by 15 January 2025
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