Research
Flood Resilience of Bridges in a Changing Climate
Dr Majtan and her team aim to quantify the effects of increasing flood-induced effects on existing bridges and their resilience during and after flood events. Their work includes the development of a meshless computational fluid dynamics method (smoothed particle hydrodynamics) for flood modelling with and without floating wooden debris using one-way and two-way couplings, the finite element modelling of bridge superstructure and experimental investigation of flood-bridge interaction.
Flood Risk Management
Dr Majtan's experience in industry includes the design of hydraulic structures (e.g., dams, weirs) to manage flood risks and tackle adverse environmental, societal and economic impacts on the communities.
Resilience of Historic Masonry Arch Bridges
The research focuses on understanding the effects of ageing and weathering on the structural integrity of existing heritage masonry arch bridges and enabling their resilience to continue their service.
Research grants
Flood resilience of riverine bridges in changing climate
BRITISH ACADEMY (UK)
March 2025 - March 2026