iCFSERP2024

Call For Paper

International Conference on Fire Safety Engineering Research and Practice, Sydney, 2024 (iCFSERP-2024) will bring international and national experts in fire safety engineering and structural fire engineering research and practice to Sydney to present and share their latest research and practice.

This conference will be organised jointly by the Fire Safety Engineering Research Group, School of Engineering, Design and Built Environment, Western Sydney University and Global Circle for Scientific, Technological and Management Research (GCSTMR).

The main objectives of this conference are to provide an opportunity for professional interaction amongst the researchers, engineers, academics and students, as well as to strengthen the industrial cooperation and showcase the latest developments and future trends in their fields.

The iCFSERP-2024 will feature keynote addresses by world leaders in fire safety engineering and structural fire engineering. All the abstracts, extended abstracts, poster, and full papers submitted to iCFSERP-2024 will be assessed by an independent review panel. All full papers if accepted will be published in the Conference Proceedings with Australian ISBN Number.

CONFERENCE THEMES

      1. Fire resilient building materials (steel, concrete, timber, masonry, FRP, etc.)

      1. Fire protection materials (cementitious based, intumescent, etc)

      1. Fire performance of structures

      1. Fire behaviour of cladding systems (cladding panels, cavity barrier, insulations)

      1. Flame retardant polymer composite materials

      1. Active and passive fire protection systems

      1. EV fires and battery fire safety

      1. Fire testing methods

      1. Building and tunnel fires

      1. Human behaviour in fire

      1. Bushfire protection and systems

      1. Numerical fire modelling (analytical, finite element and FDS analysis)

      1. Performance-based solutions in fire engineering

      1. Cost benefit analysis of fire protecting materials and systems

      1. Other relevant topics related to fire

    KEY DATES

      • Abstract submission opens: 10 September 2023
      • Abstract submission closes: 31 December 2023, Extended date: 31 January 2024
      • Abstract review outcome emailed to authors: 31 January 2024, Extended date: 15 February 2024
      • Full paper submission closes: 31 March 2024, Extended date: 30 April 2024
      • Full paper review outcome emailed to authors: 31 May 2024
      • Registration to conference opens: 1 June 2024
      • Early bird registration closes: 31 August 2024
      • Conference days: 24 – 27 November 2024

    ABSTRACT AND FULL PAPER SUBMISSION

    Please download the template to prepare your abstracts, extended abstract, poster, full papers and follow the link given there.

    https://icfserp.org/index.php/submission/

    OPPORTUNITY TO PUBLISH IN JOURNALS

    The iCFSERP-2024 will feature keynote addresses by world leaders in fire safety engineering and structural fire engineering. All the abstracts, extended abstracts, poster, and full papers submitted to iCFSERP-2024 will be assessed by an independent review panel. All full papers if accepted will be published in the Conference Proceedings with Australian ISBN Number.

    Authors of selected conference papers will be invited by the iCFSERP-2024 Scientific Committee to submit extended versions for publication in Fire (IF 3.2), Engineering Structures (IF  5.5), and Construction and Building Materials (IF  7.4) (subject to satisfying the criteria of the journals).

    REGISTRATION FEES

    Author registrations that are completed AFTER the Late Registration Deadline may not be included in the Conference Proceedings. You highly recommend registering as early as possible.

    Please be reminded that we specified that one publication cost for one paper per presenter is included in the registration. An additional cost of $350 is applicable for the submission of a second paper.

      Early-Bird Birds on Time
    Full delegate registration D AUD $995 AUD $1095
    Student Registration D, * AUD $650 AUD $750
    Day rate for one day AUD $600 AUD $700
    Accompanying family member AUD $400 AUD $500
    Conference dinner AUD $130 AUD $130
    Presenting one more paper AUD $350 AUD $350

    Registration fees include: conference materials, lunch, refreshments, admission to all sessions, and conference dinner (for full delegate registration and student registration). An extra dinner ticket can be purchased for $130 per person.

        • International delegates and international students from countries with a per capita GDP of less than US$ 10,000 (World Bank, 2023) will receive a discount of $100 on the registration fee.

        • To use the student registration rate, the student needs to provide his/her supervisor’s contact information in registration.

      CONTACT INFORMATION:

      Chair (Technical Committee):

      Conference Secretary:

      Md Delwar Hossain: Md.Hossain@westernsydney.edu.au

       

      Conference Program

       

      The conference program for iCFSERP2024 conference is available now. The presentation slot and time of each paper presentation can be found out from the conference program. Please download the program draft and check your presentation time.

      Room numbers and Zoom ID for All Sessions

      Each session will have zoom facility as well as physical attendance. Please use an appropriate room and zoom ID to join the session.

      Session Name/No Room No Zoom ID
      Opening ceremony and Keynote sessions    EA.G.18 https://uws.zoom.us/j/83844214180?pwd=ZykPLThriX0wA1CQIrEGK7g5uaQSZI.1
       Meeting ID: 838 4421 4180
      Password: 901386
      Roundtable discussion, Closing ceremony and Best paper awards    EA.G.19 https://uws.zoom.us/j/84352379853?pwd=BRL0TV5MA08BZx9PgyLUcJz1DXDddp.1  
      Meeting ID: 843 5237 9853
      Password: 460141
      Technical Sessions (TS): (TS1, TS4, TS7, TS10, TS13) EA.G.26 https://uws.zoom.us/j/89858500702?pwd=uaBcPkeQA26bcTrhJgJSZsJvrN6Ian.1  
      Meeting ID: 898 5850 0702
      Password: 070927
      Technical Sessions (TS): (TS2, TS5, TS8, TS11, TS14) EA.G.27 https://uws.zoom.us/j/89561347810?pwd=blviVuWZiTTHRK0H8NKP4ee6CXGJKj.1  
      Meeting ID: 895 6134 7810
      Password: 507925
      Technical Sessions (TS): (TS3, TS6, TS9, TS12, TS15) EA.G.32 https://uws.zoom.us/j/88410571264?pwd=YkCK2cAkvgLNv2iADX8zUz038ElwaA.1  
      Meeting ID: 884 1057 1264
      Password: 235861

       

      Publications

      This book proceeding can be cited as:

      Hassan MK, Tao Z, Hossain MD, Pathirana S, Todhunter A. (2024). Proceedings of the International Conference on Fire Safety Engineering Research and Practice (iCFSERP-2024), edited by Hassan et al., 24-27 Nov 2024, Sydney, Australia, ISBN: 978-1-7636843-0-0, 734 pp. 

      Final-Proceedings_iCFSERP2024

      This conference proceedings covers different disciplines of fire safety engineering, including Fire behaviour of steel and composite structures, Fire behaviour of concrete materials and structures, Fire behaviour of cladding systems, Fire retardant materials, Fire safety and protection systems (including bush fire and EV fire), and Development in fire modelling. Each individual conference papers can be downloaded from below links.

       

      Paper Title Downloading Link
      PLENARY AND KEYNOTE PAPERS  
      New Fire Protection Technologies for Bushfire Condition.  
      Plenary Speaker: Professor Guan Heng Yeoh
      Bridging Gaps of Research and Practice of Fire Resistance.
      Paper ID: Keynote-1
      Keynote Speaker: Professor Yong Wang
      The SureFire Project on Smart Firefighting in Dense Urban Environments.
      Paper ID: Keynote-2
      Keynote Speaker: Professor Asif Sohail Usmani
      Challenging Issues on Fire-Resistance of Steel Buildings.
      Paper ID: Keynote-3
      Keynote Speaker: Professor Guo-Qiang Li
      Modelling ember storms at the wildland-urban interface.
      Paper ID: Keynote-4
      Keynote Speaker: Professor Jason J. Sharples
      Recent developments in building evacuation models for fire emergencies.
      Paper ID: Keynote-5
      Keynote Speaker: Professor Lee Wai Ming
      Engineering bioinspired fire-retardant coatings for general fire protection.
      Paper ID: Keynote-6
      Keynote Speaker: Professor Pingan Song
      Risk mitigation for combustible cladding in residential buildings
      Paper ID: Keynote-7
      Keynote Speaker: Associate Professor Kate Nguyen
      The challenges of designing and building for fire resistance of structures in an ever-changing building environment.
      Paper ID: Keynote-8
      Keynote Speaker: Dr Linus Lim
      When Seconds Matter: Home and Residential Fire Sprinklers
      Paper ID: Keynote-9
      Keynote Speaker: Mark Whybro AFSM  
         
      FIRE BEHAVIOUR OF STEEL AND COMPOSITE STRUCTURES  
      Research on mechanical properties of duplex stainless steel S22053 at elevated temperature and after fire
      Paper ID: iCFSERP20230029
      Authors: Tiancheng Chen, Shenggang Fan, Qingfeng Xu, Kuiyuan Xu, Jinpeng Luo, Yuxian Tang  
      In-fire and post-fire mechanical properties of high nitrogen and low nickel stainless steel S35657
      Paper ID: iCFSERP20230154
      Authors: Tiangui Xu, Shenggang Fan, Meijing Liu, Ganping Shu, Laizhu Jiang
      Mechanical properties and creep strain of high strength steel at elevated temperatures
      iCFSERP20230043
      Authors: Weiyong Wang, Ziqi Wang
      Stress-strain-temperature response of Grade 1200 ultra-high strength steel (UHSS) tube under the creep and fire multi-phase loading scenario
      Paper ID: iCFSERP20230121
      Authors: Fatemeh Azhari, Amin Heidarpour
      Research on the collapse mechanism and path of the steel frame structure under spreading fire
      Paper ID: iCFSERP20230097
      Authors: Xuan Wei, Jiepeng Liu, Lei Xu
      Vertical seismic effect on fire structure and behaviour of pool fires
      Paper ID: iCFSERP20230027
      Authors: Tzu-Yan Tseng, Kuang-Chung Tsai
      Numerical analysis on fire behaviour of concrete-filled steel tubular columns after lateral impact
      Paper ID: iCFSERP20230012
      Authors: Sun-Hang Ji, Wen-Da Wang, Yan-Li Shi
      Experimental study on fire performance of multi-loaded geopolymeric recycled concrete filled steel tubular columns
      Paper ID: iCFSERP20230022
      Authors: Tian-Yi Song, Xue-Shun Peng, Chen-Liu Li, Kai Xiang
      Impact of metakaolin and crumb rubber on fire resistance of concrete bricks
      Paper ID: iCFSERP20230148
      Authors Mohamed Abou Sif, Mariyana Aida Ab Kadir, Musa Mohammed, Thulfiqar Salim, Nurul Hafizah Ismail, M. Z. Ramlil, M.N. Irfan
      1
      Comparative study on the fire performance of concrete-filled steel tubular and steel tube-confined reinforced concrete columns
      Paper ID: iCFSERP20230062
      Authors: Lalita Lama, Thomas Gernay, Huu Tai Thai, Tuan Ngo, Brian Uy
      Behaviour of ultra-high-strength concrete-filled double-skin tubes under elevated temperature
      Paper ID: iCFSERP20230055
      Authors: Mohamed Ghannam, Sameh Lotfy, A.H.A. Abdelrahman, Md Kamrul Hassan, and Mohammad Al Hamaydeh
      Critical temperature of concentrically compressed square cfst column exposed to standard fire
      Paper ID: iCFSERP20230070
      Authors: Congying Chen, Wei Li
      Fire behaviour and design of square tubed-reinforced-concrete columns: isolated columns to framed columns
      Paper ID: iCFSERP20230037
      Authors: Dongdong Yang, Faqi Liu, Shan-Shan Huang, Hua Yang
      Investigation on post-fire overall stability of restrained Q690 high strength structural steel columns under eccentric compression
      Paper ID: iCFSERP20230129
      Authors: Lin-Xin Song, Guo-Qiang Li, Yong C. Wang
      Numerical analysis on collapse resistance of concrete-filled square steel tubular column to H-beam connection with outer ring plate under exposure to high temperature
      Paper ID: iCFSERP20230109
      Authors: Jing-Xuan Wang, Yu-Feng Zhang, Wen-Da Wang
      Experimental study on fire resistance of CLT-concrete composite slabs under one-side fire exposure
      Paper ID: iCFSERP20230034
      Authors: Mingqian Wang, Yubing Leng, Fuwen Zhang , Lingzhu Chen , Xi Chen , Qingfeng Xu
      Experimental study on fire resistance of steel reinforced concrete frame structures
      Paper ID: iCFSERP20230023
      Authors: Guangyong Wang, Zheng Li, Xingchen Cui and Jin-ru Zhong
      Simplified numerical modelling of thin-walled steel tubular stub columns subjected to fire
      Paper ID: iCFSERP20230017
      Authors: Yamin Wang, Zhong Tao, Utsab Katwal
      Numerical evaluation of the impact of steel confinement on the load capacity of fire exposed reinforced concrete sections
      Paper ID: iCFSERP20230080
      Authors: Mahesh Gaikwad, Suvir Singh, Pradeep Bhargava, N. Gopalakrishnan
      Fire Performance of structural steel tubular sections with passive fire-resistant mortar
      Paper ID: iCFSERP20230152
      Authors: Mohd Dilawar Bhat, Umesh Kumar Sharma, P.C Ashwin Kumar
         
      FIRE BEHAVIOUR OF CONCRETE MATERIALS &STRUCTURES  
      Bond behavior between reinforcing steel and concrete at elevated temperatures- beam test
      Paper ID: iCFSERP20230174
      Authors: Ira Banoth, Anil Agarwal
      Compressive strength of 3D printable geopolymers after exposure to elevated temperatures
      Paper ID: iCFSERP20230044
      Authors: Zhu Pan, Hangyu Yang, Gong Zheng, Li Wang, Yifang Cao
      Effect of temperature and cooling method on mechanical and fracture properties of ultra-high performance geopolymer concrete
      Paper ID: iCFSERP20230147
      Authors: Junjie Huang, Jun Li, Chengqing Wu
      Fire resistance level of lightweight fibre-reinforced magnesia composite refractory wall systems
      Paper ID: iCFSERP20230124
      Authors: Khin Thandar Soe, Mark Pulham
      Influential factors on the hygrothermal behavior of fire-exposed concrete
      Paper ID: iCFSERP20230137
      Authors: Panpan Cheng, Hehua Zhu, Dajun Yuan
      Study on lateral impact performance of steel tube-reinforced concrete (ST-RC) column under fire
      Paper ID: iCFSERP20230082
      Authors: Yan Hong-Bao, Gang Wang, Chong Tang
      Improving the thermal performance of concrete using PCM
      Paper ID: iCFSERP20230010
      Authors: K.A.D.Y.T. Kahandawa Arachchi, Olivia Mirza, Fidelis Mashiri, Sameera Pathirana, Leonardo Dimeski, Jason Saouma
      Magnesium oxychloride cement-based composites: unveiling fire resistance for structural and non-structural applications
      Paper ID: iCFSERP20230120
      Authors: S. Rawat, Farhan Ahmad, Khin Soe, Lihai Zhang, Y.X. Zhang
      Methods of testing concrete spalling due to fire: A review
      Paper ID: iCFSERP20230025
      Authors: Duc T. L. Pham, David Lange, Jose L. Torero, Vinh T. N. Dao
      Existing and potential solutions for fire-resistance of frp-jacketed concrete columns
      Paper ID: iCFSERP20230007
      Authors: Mohamed Elshorbagi, Zhong Tao, Cheng Jiang
      Residual capacity and post-heating response of multiple strengthening approaches using CFRP
      Paper ID: iCFSERP20230009
      Authors: Mohamed Elshorbagi, Zhong Tao, Cheng Jiang
      Fire spalling behavior of Prestressed concrete beam with natural fiber
      Paper ID: iCFSERP20230048
      Authors: Mitsuo Ozawa, Koki Asahizawa, Kentaro Fujimoto
      Shear performance of ultra-high performance concrete beams after fire exposure
      Paper ID: iCFSERP20230032
      Authors: Kai Yan, Jiacheng Yang
      Evaluation of fire spalling behaviour of ultra-high-strength-PVA fiber-reinforced concrete by ring-restrained heating test
      Paper ID: iCFSERP20230065
      Authors: Yuki Kobayashi, Shinji Sasaoka, Kazuki Shimamura, Keiichi Nakamura, Mitsuo Ozawa
      Numerical simulation of post-fire seismic performances scoria aggregate concrete joints
      Paper ID: iCFSERP20230165
      Authors: Bin Cai, Wen-Li Hu, Feng Fu
         
      FIRE BEHAVIOUR OF CLADDING SYSTEMS  
      Influence of experimental conditions on the thermal decomposition and char formation of ACP cladding materials
      Paper ID: iCFSERP20230058
      Authors: Md Delwar Hossain, Swapan Saha, Md Kamrul Hassan, Anthony Chun Yin Yuen, Cheng Wang
      Investigation of trapezoial steel claddings under combined wind and bushfire conditions
      Paper ID: iCFSERP20230104
      Authors: Jenothan Makeswaran, Mahen Mahendran
      Evaluating the fire performance of aluminium composite panel cladding materials through cone calorimetry
      Paper ID: iCFSERP20230059
      Authors: Md Delwar Hossain, Swapan Saha, Md Kamrul Hassan, Anthony Chun Yin Yuen, Cheng Wang
      Experimental study on different types of non-combustible cladding panels using butane torch
      Paper ID: iiCFSERP20230088
      Authors: Md Rayhan Hasnat, Md Kamrul Hassan, Md Delwar Hossain, Swapan Saha
      Pyrolysis and combustion analysis of common external wall insulations
      Paper ID: iCFSERP20230131

      Authors: Neythra Weerakkody, Xuelin Zhang, Nathan White, Malavika Arun, Joe Abraham and Khalid Moinuddin
      Thermal characterisation of composite cladding core materials using evolved gas analysis
      Paper ID: iiCFSERP20230110
      Authors: Md Rayhan Hasnat, Md Kamrul Hassan, Md Delwar Hossain, Swapan Saha
         
      FIRE RETARDANT MATERIALS  
      MXene networks based flame retardant polymer composites
      Paper ID: iCFSERP20230013
      Authors: Wei Wang, Guan Heng Yeoh
      Synthesis of vanillin-based vitrimer with excellent flame retardant, toughened, antimicrobial and low dielectric properties
      Paper ID: iCFSERP20230026
      Authors: Siqi Huo, Guofeng Ye
       
      Comparative study on fire behaviour of solid aluminium sheets coated with intumescent materials
      Paper ID: iCFSERP20230103
      Authors: Touha Nazrun, Md Kamrul Hassan, Md Rayhan Hasnat, Md Delwar Hossain, Payam Rahnamayiezekavat, Swapan Saha
      Fabrication of P/N/Si-cointegrated ammonium polyphosphate with highly efficient flame retardancy for epoxy
      Paper ID: iCFSERP20230116
      Authors: Hong Yan, Qiang Sun
      Alkali silicate particles as intumescing agents in fire protective coatings
      Paper ID: iCFSERP20230136
      Authors: Hafeez Ahmadi, Aixiao Fu, Hao Wu, Kim Dam-Johansen
      Swedish pine weathered treated fire performance: an experimental investigation
      Paper ID: iCFSERP20230155
      Authors: Enya Zhang,Tracy Bradford, Chandrashekhar V. Kulkarni, Sergey Zagorsky, Simon Cox, Eleni Asimakopoulou
           
      FIRE SAFETY AND PROTECTION SYSTEMS  
      Effect of installation approach on performance of firestopping systems
      Paper ID: iCFSERP20230047
      Authors: Zhaoyu Ye, Anthony Abu
      Performance-based analysis for determination of time to untenable conditions in building fires
      Paper ID: iCFSERP20230176
      Authors: Alexander Christal, Md Kamrul Hassan
      Flame resistive elastomeric composites with excellent dielectric performance
      Paper ID: iCFSERP20230006
      Authors: Tariq Nazir, Arslan Khalid, Guan Yeoh
      Towards safer school evacuations: an investigation into the role of authority figures on secondary school students’ fire pre-evacuation behaviours
      Paper ID: iCFSERP20230079
      Authors: Hongwei Liu, Zimo Liu, Kee Chin Seng, Mei Ye Kho, Farid Wajdi Akashah
      Experimental studies of bushfire resistant window shutters exposed to radiant heat and flame zone conditions
      Paper ID: iCFSERP20230061
      Authors: Birunthan Perinpalingam, Anthony Ariyanayagam
      Applying the concept of verification in fire engineering to the wildland urban interface
      Paper ID: iCFSERP20230016
      Authors: Greg Penney, Greg Baker, Andres Valencia, Dan Gorham, Anthony Power 
      Development of wildland fire exposure indicator for performance-based design applications
      Paper ID: iCFSERP20230170
      Authors: Andres Valencia, Greg Penney, Greg Baker, Daniel Gorham, Fearghal Gill, Dongqi Lin, Marwan Katurji, Anthony Power
      Bush fires of central highlands of Sri Lanka: What is the triple bottom line?
      Paper ID: iCFSERP20230077
      Authors: D.A.M. De Silva, M.A.E.K. Jayasinghe, A.M.S.M.R.S.G. Bandara, M.M.S.C. Senevirathne, Eleni Asimakopoulou, C.L. Liyanage, M. Esham, Bob Walley
      Wireless fire detection systems: benefits, limitations and applicability within the built environment
      Paper ID: iCFSERP20230173
      Authors: Jesse Comino, Sameera Pathirana
      Thermal characteristics of pinewood treated with additives at varied temperatures
      Paper ID: iCFSERP20230102
      Authors: Xuelin Zhang, Paul Joseph, Maurice Guerrieri, Khalid Moinuddin
      Numerical analysis of the impact of electric bicycle fire on the occupant evacuation in old residential building
      Paper ID: iCFSERP20230071
      Authors: Liu Zimo, Liu Hongwei, Nur Farhana Azmi, Farid Wajdi
      Evaluating fire resistance level of reinforced concrete columns in
      basement during electric vehicle fires

      Paper ID: iCFSERP20230178
      Authors: Sofie Sun, Md Kamrul Hassan, Bulbul Ahmed, Md Delwar Hossain, Swapan Saha
      Scalable fabrication of monolithic, high-performance Al2O3-SiO2 aerogel composites base on ambient pressure drying for suppressing thermal runaway propagation of lithium batteries
      Paper ID: iCFSERP20230089
      Authors: Pan He, Yuelei Pan, Long Shi, Heping Zhang, Xudong Cheng
      Evaluation of fire spread in energy storage systems due to thermal runaway in lithium-ion batteries using CFD Modelling
      Paper ID: iCFSERP20230179
      Authors: Christopher Koch, Md Kamrul Hassan, Md Delwar Hossain, Swapan Saha
      Experimental and analytical analysis for hydraulic friction loss of fluorine free foams solution
      Paper ID: iCFSERP20230049
      Authors: Kyle Farrell, Md Kamrul Hassan
      Balancing fire safety and thermal efficiency in high-rise building façades
      Paper ID: iCFSERP20230181
      Authors: Raviendra De Silva, Payam Rahnamayiezekavat, Md Kamrul Hassan and Keivan Bamdad
      Forensic analysis & investigation model of a fatal high-rise building using fire modeling in Pakistan
      Paper ID: iCFSERP20230171
      Authors: Mohsin A. Shaikh, Song Weiguo*, Salman Cheema, Rehmat Kareema, Usman Shahid
      DEVELOPMENTS IN FIRE MODELLING  
      Physical modelling of dynamic bushfire propagation leading to parameterisation for operational modelling
      Paper ID: Invited Paper-1
      Authors: Professor Khalid Moinuddin
      Computational material synthesis approach for characterising flame-retardant mechanisms of composite polymers
      Paper ID: iCFSERP20230052
      Authors: Anthony Chun Yin Yuen, Chang Tian, Timothy Bo Yuan Chen, Qian Chen
      Numerical investigation of water mist fire suppression effectiveness at various nozzle heights
      Paper ID: iCFSERP20230024
      Authors: Kyle Farrell, Md Kamrul Hassan, Md Delwar Hossain, Swapan Saha
      Model to predict pressure effect on the flash point of liquid fuels at sub-atmospheric pressures
      Paper ID: iCFSERP20230108
      Authors: Horng-Jang Liaw, Chan-Cheng Chen
      Experimental and molecular dynamics investigation on thermal safety and oxidation mechanism of graphdiyne type materials
      Paper ID: iCFSERP20230087
      Authors: Qian Chen,Anthony Chun Yin Yuen, Timothy Bo Yuan Chen, Richard Kwok Kit Yuen
      Zonal and sequential extraction design for large flat space to achieve perpetual tenability
      Paper ID: iCFSERP20230011
      Authors: Mingjun Xu, Kang Hai Tan, Man Pun Wan
      Effect of terrian characteristics on wind fire interaction in wildland urban interface
      Paper ID: Invited Paper-3
      Authors: Dr Maryam Ghodrat
      Accuracy of smoke detector models for predicting smoke alarm activation time using FDS modelling
      Paper ID: iCFSERP20230130
      Authors: Matthew Cox, Md Kamrul Hassan, Md Delwar Hossain
      Flame retardant mechanism of phosphorous-based polymer composites: a molecular dynamics study
      Paper ID: iCFSERP20230042
      Authors: Ivan Miguel De Cachinho Cordeiro, Anthony Chun Yin Yuen, Timothy Bo Yuan Chen, Guan Heng Yeoh
      Grassfire propagation on sloped terrains at lower wind velocity, with varied ignition fire line widths
      Paper ID: iCFSERP20230041
      Authors: Jasmine Innocent, Khalid Moinuddin, Duncan Sutherland
      Fire safety in modern urban infrastructures: A 3D CFD approach to complex fires using Fire Dynamics Simulator (FDS)
      Paper ID: iCFSERP20230119
      Authors: Ankit Sharma, Poomurugan C, Kirti Bhushan Mishra
      Numerical modelling of liquid fuel fire whirl
      Paper ID: iCFSERP20230138
      Authors: Pushpendra Kumar Vishwakarma, Kirti Bhushan Mishra
      Travelling fire and its application on structural fire assessment
      Paper ID: iCFSERP20230180
      Authors: Bernabe Zaragoza
      Numerical study on the fire dynamics of cross laminated timber compartments
      Paper ID: iCFSERP20230093
      Authors: Timothy Bo Yuan Chen, Anthony Chun Yin Yuen, Ivan Miguel De Cachinho Cordeiro, Qian Chen
      Investigating fire spread in kitchen exhaust ducts using fire dynamics simulator
      Paper ID: iCFSERP20230177
      Authors: Lisa Chen, Md Kamrul Hassan, Md Delwar Hossain

      Photos