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We have 19 Engineering (hazard) PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships
Engineering (hazard) PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships
We have 19 Engineering (hazard) PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships
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Developing rapid and near real-time computational models of hazard distribution in the built environment for emergency response planning and operational response decision making
NHMRC BREATHE Centre for Research Excellence. Higher Degree Research Opportunities for Domestic and International Candidates. Project 1. Read more
A Causal Framework for Understanding Natural Hazard Impacts
**SCHOLARSHIP IS AVAILABLE UNTIL FILLED BY A SUITABLE CANDIDATE**. Whenever there is a large flood, bushfire, drought or other climate-related hazard, inevitable questions arise over the causes of the event—for example, whether climate change contributed to or exacerbated the hazard. Read more
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Applying the concept of “Value of Information” within earthquake loss modelling for insurance purposes
Successful earthquake insurance, both for the property owner and the (re)insurance company providing the cover, relies on an accurate assessment of the property's expected future financial loss, which itself depends on the earthquake hazard and the property's vulnerability to that hazard. Read more
Multi-hazard earthquake-fire behaviour of concrete filled steel tubular columns
Our futuristic vision for Sustainable and Resilient Structures is one that has transparent expectations of structural performance against time, increased loads, environmental changes and natural disasters. Read more
Multi-hazard earthquake-fire behaviour of concrete filled steel tubular columns
Our futuristic vision for Sustainable and Resilient Structures is one that has transparent expectations of structural performance against time, increased loads, environmental changes and natural disasters. Read more
Fingerprinting storm and tsunami sediment signatures: Assessing future coastal resilience challenges from extreme events
The number of deaths attributed to natural hazards continues to rise, despite progress in implementing disaster risk reduction strategies. Read more
Computational modelling and risk assessment of heavy rainfall impacts on transport infrastructure
Description of the project. This highly exciting project help to address one of the most challenging engineering problems – adapting to climate change, and help the student to learning highly sought-after skills and knowledge for a wide range of career paths. Read more
Optimised additively-manufactured structural components for sustainable and resilient future infrastructure
Research Group:
Institute of Sustainable Built Environment
Project Ref. JWS2023-GV. This is an exciting opportunity for a highly motivated individual to join our research group as a PhD candidate in the field of metal additive manufacturing. Read more
Assessing the effect of various protective measures, including nature-based solutions, on the resilience of critical infrastructure systems in conditions of climate change
Research Group:
Institute of Sustainable Built Environment
Project Ref. JWS2023-DV. The well-being of modern society heavily depends on the uninterrupted functioning of critical infrastructure systems (CIS) such as transport, electricity, water, etc. Read more
Developing Filtration Technologies: Optimising Flue Gas Filtration Assets in the UK Energy from Waste Sector
About Durham Filtration. Durham Filtration Ltd. has the strategic intent to become a renowned technical authority in the field of flue-gas filtration for large-scale industrial combustion plants, particularly in the Energy-from-Waste and Biomass Energy markets of the UK and Europe. Read more
Safety of hydrogen and natural gas blends
Safe handling of hydrogen and hydrogen natural gas blends requires an understanding of hazards and associated risks arising from leaks. Read more
Observations of breaking ocean waves using state of the art stereovision and image processing techniques.
Supervisor. Dr Adrian Callaghan (. a.callaghan@imperial.ac.uk. ) . Department. Department of Civil and Environmental Engineering, Imperial College London. Read more
Monitoring-based framework for enhanced resilience of critical structures
The research project aims to develop innovative tools for the damage assessment of critical structural systems such as buildings and bridges exposed to external shocks (e.g. Read more
GREENCDT Development of an in-situ monitoring tool for Actinides ions
The safe characterisation, retrieval, and treatment of materials both during processing and for the purposes of decommissioning is a major challenge faced by the nuclear industry. Read more
Risk and Consequence Analysis of CO2 Transportation
Carbon Capture Storage & Utilisation (CCUS) is one way of preventing CO2 emissions from anthropogenic industrial activities reaching the atmosphere and contributing to climate change. Read more
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