Current Members

The Team

Dr Francesco Restuccia
Group Leader

Reader (Associate Professor) at King's College London.

Dr Carolina Cruz-Cardona
Dr Carolina Cruz-Cardona
Research Associate

Lithium-ion battery fire propagation.

Dr Hosein Sadeghi
Dr Hosein Sadeghi
Visiting Research Associate

Multiphysics simulation of lithium-ion battery fires.

Ally Mamgain
Ally Mamgain
PhD Student

Impact of lithium-ion battery fire in a confined subterranean environment.

Abdullah Rehman
Abdullah Rehman
PhD Student

Ignition and fire spread processes in the Wildland Urban Interface.

Elena Funk
Elena Funk
PhD Student

Development of a methodology for the definition of battery fire scenarios.

Marissa Dauner
Marissa Dauner
PhD Student

Physics-based modelling of wildfire spread.

Natalie Yeap
Natalie Yeap
PhD Student

Quantification of fire safety for new battery materials.

Jiancheng Lin
Jiancheng Lin
PhD Student

Sensitivity of fire spread models in wildfires.

Past Members

Alumni

Visiting
Domenico EnicchiaroFeb – Jul 2026
Optimization of safety and risk management in lithium-based batteries — PhD Exchange from University of Naples Federico II
PhD
Dr Hosein Sadeghi2022 – 2026
Multiphysics modelling of lithium-ion battery fires in thermal runaway — Funded by NMES studentship
PDRA
Dr Francesca Lugaresi2023 – 2026
Lithium-ion battery fire spread modelling — Funded by Faraday Institution
PhD
Dr Imogen Richards2021 – 2025
Modelling small-scale fire spread in natural fuels — Funded by EPSRC DTP
FUSE
Anton PustyginSummer 2024
Faraday Undergraduate Student Experience
UG
Alvaro Vicente TarragoSummer 2024
Undergraduate Student Research Experience
Visiting
Zilong WangApr – Sept 2023
PhD Exchange from Hong Kong Polytechnic University
PDRA
Dr Alireza Sarmadian2021 – 2023
Thermophysical behaviour of a LIB cell during its operation and lifetime — Funded by EPSRC Prosperity Partnership
UG
Alexandra LojaSummer 2023
King's Undergraduate Research Fellow
UG
Matthieu BouSummer 2023
King's Undergraduate Research Fellow
UG
Ioana Sandu2021
Static electricity incidents research — Funded by NFPA
UG
Graham BrantleySummer 2020
FDS wildfire modelling and development of virtual mechanics teaching lab

Teaching & Supervision

Undergraduate & Master Thesis Students

2023 – 24
BEng
Adham Alkoukou
Effect of ignition source location and airflow velocity on temperature and heat flux
BEng
Zakaria Nur
Powering progress: exploring diverse chemistries in lithium-ion battery cycling
BEng
Afrin Basit
Flaming the simulation: a framework on mesh optimisation in Fire Dynamic Simulator
2022 – 23
MEng
Emir Mukovic
Lithium-ion battery calendar life and cycle life analysis
BEng
Theodore Nash
Electric vehicle charge speed optimization for next-gen transport
BEng
Giulio Mosca Toba
CPM-HP coupled BTMS for an electric Formula Student battery system
BEng
Huzaifah Khan
Battery module performance validation of an electric vehicle using different heat exchanger designs
BEng
Olivia Hackett
Effects of windspeed and matter accumulation on fire propagation over pine needles
BEng
Sophie Olsson Barnekow
CFD relationship between drag and cooling on the battery pack of a Formula Student vehicle
BEng
Mengying Yu
Lithium-ion battery thermal-electrochemical coupling full load cycle simulation models
BEng
Hamad Khan
Experimentally validated thermal-electrochemical models of a high-power-density cylindrical cell
BEng
Mahreen Chaiwalla
Cooling performance for lithium-ion battery management
BEng
Mikesh Hirani
Fire dynamics modelling for understanding wildfire behaviour
BEng
Emmanuel Dadzie
Mesh sensitivity analysis for fire dynamic scenarios
2021 – 22
BEng
Yifan Chen
Mechanistically informed machine learning and AI in fire science
BEng
Zirui Zhao
Mechanistically informed machine learning and AI in fire science
MSc
Angsi Chen
Mechanistically informed ML and AI in fire science for fire suppression
MSc
Siqi Ding
Fire detection based on YOLOv5
MSc
Weny Dong
ML and AI in fire science for self-heating ignition
MSc
Mao Fan
ML and AI in coal self-heating ignition
MSc
Ming Gao
ML and AI in fire science for fire suppression
MSc
Xuan Liang
Dynamic path analysis of subway fire emergency evacuation using ant colony and A* algorithms
MSc
Yanbo Song
Dynamic evacuation path planning in fire based on fingerprint positioning and ant colony algorithm
MSc
Yixin Tao
Mechanistically informed ML and AI in fire science
MSc
Yixuan Wang
ML and AI in fire science for evacuation
MSc
Huarui Yang
ML and AI in fire science for self-heating ignition
2020 – 21
MSc
Mac Geoffrey Ajaereh
Smart grids: planning and optimising distributed generation with renewable energy sources
MSc
Noora Al-Kubaisi
Design of a renewable energy management system for home
MSc
Hao Chen
Numerical simulation of underground tunnel fire and personnel escape using Pyrosim and Pathfinder
MSc
Zizhen Feng
Impact of fire on evacuation under different environmental conditions
MSc
Jiacheng Li
Forest wildfire spread model based on FDS
MSc
Haoxiang Qu
Urban evacuation in wildfire conditions
MSc
Youssef Sayed
Assessing the impact of varying fire exit width and agent capacity on evacuation time
MSc
Zi Ye
Simulation of human evacuating behaviours in a public library
MEng
Yifan Sun
Buoyant plume model of log combustion under different wind conditions
MPhys
Ceinwen Cheng
Developing a physics-based model for ignition and fire spread of Douglas fir trees using FDS
MPhys
Carolina Del Felice
Developing a model for ignition and fire spread of pine trees for WUI fires using FDS

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Where We Are

Department of Engineering, King's College London

The Department of Engineering is a growing department at KCL, an internationally renowned university delivering exceptional education and world-leading research based in London, United Kingdom.

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Open Opportunities

We welcome highly-motivated students and postdoctoral researchers with an interest in thermal engineering or fire science to join our group.

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