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Engineering and Technology

D-Index
42
Citations
6214
World Ranking
6646
National Ranking
419

Overview

Ian Burgess is affiliated with the University of Sheffield in the United Kingdom. Their research primarily focuses on engineering, with a specialization in civil and structural engineering. Their work covers related subfields such as building and construction, safety, risk, reliability, and quality, as well as materials chemistry.

The main topics of Ian Burgess's research include:

  • Fire effects on concrete materials
  • Structural response to dynamic loads
  • Fire dynamics and safety research
  • Structural load-bearing analysis
  • Structural behavior of reinforced concrete
  • High-velocity impact and material behavior
  • Wood treatment and properties

Ian Burgess has published extensively in several academic venues. The most frequent publication venues are:

  • Engineering Structures
  • Fire Safety Journal
  • ce/papers
  • Journal of Constructional Steel Research
  • Journal of Structural Fire Engineering

Their recent papers include:

  • "Performance of a novel ductile connection in steel-framed structures under fire conditions," 2020, Journal of Constructional Steel Research
  • "Fire performance of axially ductile connections in composite construction," 2021, Fire Safety Journal
  • "Component-based modelling of a novel ductile steel connection," 2020, Engineering Structures
  • "An integrated yield-line approach to tensile and compressive membrane actions in thin lightly-reinforced concrete slabs," 2020, Engineering Structures
  • "Modelling of composite fin-plate connections under fire conditions using component-based method," 2022, Engineering Structures

Frequent co-authors collaborating with Ian Burgess include:

  • Shan-Shan Huang
  • Yu Liu
  • Neno Torić
  • Buick Davison
  • Martyn S. McLaggan

Best Publications

  • A theoretical approach to the deformation of honeycomb based composite materials

    F.K. Abd El-Sayed;R. Jones;I.W. Burgess

  • Performance-Based Fire Engineering of Structures

    Yong Wang;Ian Burgess;František Wald;Martin Gillie

  • Progressive collapse analysis of steel structures under fire conditions

    Ruirui Sun;Zhaohui Huang;Ian W Burgess

  • Modeling Membrane Action of Concrete Slabs in Composite Buildings in Fire. I: Theoretical Development

    Zhaohui Huang;Ian W. Burgess;Roger J. Plank

  • Modeling Membrane Action of Concrete Slabs in Composite Buildings in Fire. II: Validations

    Zhaohui Huang;Ian W. Burgess;Roger J. Plank

  • Experimental investigation of the behaviour of fin plate connections in fire

    Hongxia Yu;I.W. Burgess;J.B. Davison;R.J. Plank

  • A nonlinear analysis for three-dimensional steel frames in fire conditions

    S.R. Najjar;I.W. Burgess

  • A comparison of some simple constitutive relations for slightly compressible rubber-like materials

    M. Levinson;I.W. Burgess

  • Nonlinear Analysis of Reinforced Concrete Slabs Subjected to Fire

    Zhaohui Huang;Ian W. Burgess;Roger J. Plank

  • Numerical simulation of bolted steel connections in fire using explicit dynamic analysis

    Hongxia Yu;I.W. Burgess;J.B. Davison;R.J. Plank

  • Experimental behaviour of concrete floor slabs at large displacements

    S. J. Foster;C. G. Bailey;Ian W. Burgess;R. J. Plank

  • The effect of axial restraint on the fire resistance of steel columns

    Faris A Ali;Paul Shepherd;Michael Randall;Ian W Simms

  • Analyses of the effects of cooling and fire spread on steel-framed buildings

    C.G. Bailey;I.W. Burgess;R.J. Plank

  • Finite element modelling of steel fin plate connections in fire

    M. Sarraj;I.W. Burgess;J.B. Davison;R.J. Plank

  • Moment–rotation–temperature curves for semi-rigid joints

    K.S. Al-Jabri;I.W. Burgess;T. Lennon;R.J. Plank

  • Behaviour of steel and composite beam-column connections in fire

    K.S Al-Jabri;T Lennon;I.W Burgess;R.J Plank

  • The collapse behaviour of braced steel frames exposed to fire

    Ruirui Sun;Zhaohui Huang;Ian W. Burgess

  • Thermal and structural behaviour of a full-scale composite building subject to a severe compartment fire

    Samantha Foster;Magdaléna Chladná;Christina Hsieh;Ian Burgess

  • Tying capacity of web cleat connections in fire, Part 1: Test and finite element simulation

    Hongxia Yu;I.W. Burgess;J.B. Davison;R.J. Plank

  • ELEVATED-TEMPERATURE MOMENT-ROTATION TESTS ON STEELWORK CONNECTIONS.

    L C Leston Jones;L C L Jones;I W Burgess;T Lennon

Frequent Co-Authors

Roger J. Plank
Roger J. Plank University of Sheffield
Colin Bailey
Colin Bailey Queen Mary University of London
Yong Wang
Yong Wang Washington State University
Kypros Pilakoutas
Kypros Pilakoutas University of Sheffield
Jean-Marc Franssen
Jean-Marc Franssen University of Liège
Kang Hai Tan
Kang Hai Tan Nanyang Technological University
Simon J. Foster
Simon J. Foster University of Sheffield

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