Horizon 2020 Marie Skłodowska-Curie Innovative Training Network

Dr. Salam Al-Sabah

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Dr. Salam Al-Sabah 2017-09-30T07:12:15+00:00
Ove Arup and Partners Ireland (Arup)

Role in TRUSS: Main Supervisor (ESR2)

Area of Expertise:

Structural engineering; Finite element analysis; Automation of engineering design


At the time of start of the TRUSS project, Dr. Salam Al-Sabah had 28 years of industrial experience in structural design. In addition he has been a regular contributor to the teaching curriculum at several internationally acclaimed civil engineering programs (at UCD since 2009). Dr. Al-Sabah’s research focuses on the automation of the structural engineering process. For his doctoral work he created and implemented new finite element approaches for the lower-bound “yield line” analysis of slabs using rotation-free elements. This work provided an innovative and cost-effective alternative to full, non-linear finite element analysis of slabs.

He has been working in the field of structural design both in Ireland and other parts of the world as an associate in Arup. Significant projects in Ireland include Project Phoenix-Diageo, the Bord Gáis Energy Theatre and the Irish presentation at Venice Architectural Biennale, 2012. Some of his work outside Ireland include the scheme design of Youngsan Tower-Seoul Korea, the structural checking of Beauharnois Bridge on Autorout 30, Canada, and many steel structures related to sustainable energy. He was shortlisted for the Irish Software Association Award-2013.

Selected Research Outputs:

  • Hajializadeh, D., Al-Sabah, A.S., OBrien, E.J., Laefer, D.F. and Enright, B. (2015), “Nonlinear Analysis of Isotropic Slab Bridges under Extreme Traffic Loading”, Canadian Journal of Civil Engineering, 42(10):808-817. [DOI]
  • Al-Sabah, S. and Falter, H. (2013),” Finite element lower bound “yield line” analysis of isotropic slabs using rotation-free elements”, Engineering Structures, 53:38–51. [DOI] Link to full text
  • Al-Sabah, S. and Al-Ne’aimi (1991), “Geometric and Material Non-Linearity of R.C. Frames by Stiffness Method”, Engineering and Technology-Iraq, 10(5):45-57.

In TRUSS, Dr. Al-Sabah supervises “ESR2 – Reduction of uncertainty in assessing concrete strength of existing structures”.

Publications with TRUSS (ESR2)