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Remilekun Shittu
Dr. remilekun shittu Post Doctoral Fellow Mechanical & Nuclear Engineering

Contact Information
remilekun.shittu@ku.ac.ae 0585687996

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Biography

Dr. Remilekun Abduladi Shittu is a post-doctoral research candidate specializing in the durability of concrete structures, particularly focusing on the structural integrity of nuclear reactor containment buildings (RCBs). His research investigates the effects of elevated temperatures on chloride penetration in RCBs, which is crucial for understanding infrastructure durability in arid climates. Dr. Shittu holds a Ph.D. in Civil Infrastructure and Environmental Engineering from Khalifa University, UAE, and an MSc in Environmental Engineering from Cranfield University, UK. His career includes several academic and industrial roles, with experience in structural analysis, contaminant transport research, and concrete material testing. Dr. Shittu's work has been published in peer-reviewed journals and presented at international conferences, highlighting his contributions to civil engineering and environmental sustainability


Education
  • B. Eng. Civil Engineering at Federal University of Agriculture Abeokuta, Nigeria
  • MSc. Environmental Engineering at Cranfield University, UK
  • PhD. Civil Infrastructure and Environmental Engineering at Khalifa University, UAE

Teaching
  • Design of Concrete Structures (CIVE442)
  • Design of Steel Structures (CIVE341)

Affiliated Centers, Groups & Labs

Research
Research Interests
  • Concrete durability
  • Structural Integrity
  • Radiation shielding
  • Critical Infrastructure
  • Sustainability

Research Projects

Prediction of Degradation in Concrete Structures by Sulfate Attack and Development of Remedial Measures

Recent interest in nuclear energy development in the Middle East, particularly in the UAE, has led to the construction of nuclear power plants (NPPs). While this offers potential for energy production, it also brings challenges considering the concrete elements within the plants due to the region's high sulfate concentration. Sulfate attack on concrete, a known issue in Civil Engineering, occurs when sulfate ions react with concrete hydration products, leading to the formation of expansive substances like ettringite, gypsum, and thaumasite. This study evaluates the impact of sulfate attacks on concrete elements in the NPPs, focusing on how environmental factors such as temperature and humidity accelerate the degradation process.