Research output per year
Research output per year
Personal profile
Overview
I teach Building Information Modelling (BIM), structural analysis, and earthquake engineering in both undergraduate and postgraduate courses. I am coordinating a programme in my School for helping staff achieve Advance HE teaching qualifications. I am also one of the university conciliators and an academic integrity coordinator.
Research Interests
My research is broadly in the area of structural mechanics, including structural behaviour of steel cables, flexible offshore pipes, steel fibre reinforced concrete, and steel tubular joints.
During my PhD study, I developed a theoretical model for coupled axial/torsional stiffness of various types of steel cables used in bridges, cable cars, for offshore mooring etc. Following this, I did experimental testing and calculations in two consultancy projects at Imperial College.
I supervised research on bending stiffness and hysteresis of offshore flexible pipes, composed of layers of steel wires and plastic sheaths, used as risers that transport oil from the wellhead to the tanker.
I tested 2x2m steel-fibre-reinforced concrete slabs resting on the ground in our structural laboratory.
I also supervised a PhD study on estimating joint flexibility in oil platforms.
Recently, my interest is in measuring oscillations of flexible structures using smartphones, for code compliance and integrity checking.
During my PhD study, I developed a theoretical model for coupled axial/torsional stiffness of various types of steel cables used in bridges, cable cars, for offshore mooring etc. Following this, I did experimental testing and calculations in two consultancy projects at Imperial College.
I supervised research on bending stiffness and hysteresis of offshore flexible pipes, composed of layers of steel wires and plastic sheaths, used as risers that transport oil from the wellhead to the tanker.
I tested 2x2m steel-fibre-reinforced concrete slabs resting on the ground in our structural laboratory.
I also supervised a PhD study on estimating joint flexibility in oil platforms.
Recently, my interest is in measuring oscillations of flexible structures using smartphones, for code compliance and integrity checking.
Subjects Taught
BIM and Design Structural Dynamics and Earthquake Engineering Advanced Computing and Structural Simulation
Expertise related to UN Sustainable Development Goals
In 2015, UN member states agreed to 17 global Sustainable Development Goals (SDGs) to end poverty, protect the planet and ensure prosperity for all. This person’s work contributes towards the following SDG(s):
Education/Academic qualification
PhD in Structural Engineering
1992 → 1995
BSc Civil Engineering
1982 → 1989
External Positions and Roles
Site engineer, Trudbenik construction company, Belgrade, Serbia
1990 → 1991
Fingerprint
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A strategy to face the impact of Covid-19 and technology disruption on higher education in the 2020-2025 lustrum
Levatti lopez, H. U., Ulises, H., Leung, S., Mcgovern, D. & Kraincanic, I., 6 Jul 2021.Research output: Contribution to conference › presentation
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Human induced vibration of staircases: Measurements and analysis
Kraincanic, I., 21 Aug 2019.Research output: Contribution to conference › Paper
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Improved LJF equations for the uni-planar gapped K-type tubular joints of ageing fixed steel offshore platforms
Khan, R., Smith, K. & Kraincanic, I., 30 Mar 2017, In: Journal of Marine Engineering and Technology. p. 121-136Research output: Contribution to journal › Article › peer-review
9 Citations (Scopus) -
The role of local joint flexibility (LJF) in the structural assessments of ageing offshore structures
Khan, R., Kraincanic, I., Smith, K. & Gunn, M., 4 Oct 2016.Research output: Contribution to conference › Paper › peer-review