Jiping Bai

  • Associate Professor (Research and Development)
  • Faculty of Computing, Engineering and Science
Jiping Bai

About Me

Dr Bai specialises in sustainable materials and structural systems, with emphasis on technical advances in low carbon materials and structural systems. His work has been broadly based within the field of concrete science / technology, structural systems and computational optimization, involving research, consultancy, learning and teaching. Dr Bai has also been actively involved in international collaborations with partners in Europe and Asia.
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Skills And Qualifications

  • Lead and co-ordinate research activity in the subject
  • Lead research and collaborative partnerships with external and industrial partners
  • Interact easily with others to create a stress-free environment
  • Professional organisational work as editorial board members of Journal and conferences
  • Networking and collaborating
  • Be ahead of the curve on innovations in my field
  • MEng, MSc(StructEng) MSc(Comp) PhD SFHEA

Interests

  • Photography
  • Walking
  • Playing badminton

Responsibilities

  • Concrete technology
  • Computational intelligence applications in civil engineering
  • Mechanics of materials and structures
  • Structural analysis and design
  • Building Information Modelling (BIM)
  • Structural engineering

Publications And Past Projects

  • AI-based Structural Health Monitoring
  • Artificial Neural Networks for Predicting Concrete Strength
  • Durability, Service Life Estimation and Mix Design of Concrete Using an Expert System
  • Modelling and Analytical Assessment of the Effects of Deposits and Structural Deterioration on Flow Efficiency in Oil and Gas Pipelines for Integrity Management
  • Static and Dynamic Performance and Design Applications of Steel Beam-Column Connections with Unfitted Stiffeners
  • Innovative New Construction Applications of Treated Recycled Aggregates Arising from Construction and Demolition (C＆D) Waste
  • Advanced Fibre-Reinforced Polymer (FRP) Composites for Structural Applications
  • ECOnetus - Support for networks creation in the field of Global Change and ECOsystems
  • Waste Minimisation through Recycling, Re-use, and Recovery in Industry
  • Development of analytical technique for concrete durability and assessment of its suitability for applications
  • Thermal performance of steel lintels and their effect on the energy usage of the building
  • Low Carbon Steel Lintel Product Development and Conformity Assessment for CE Marking
  • The Development of A Low-Cost Low-Energy Cement from Waste
  • Wastepaper Sludge Ash (WSA) Cement
  • Technological Development of Metakaolin-PFA-PC Blends to Produce High Performance Concrete
  • Hydration, Pore Development and Chemical Resistance of MK-FA-PC Blends
  • The Development of Metakaolin as An Accelerating Admixture
  • The Development of a Rapidly Setting Pipe-Bedding Material from Wastepaper Sludge Ash (WSA)
  • Innovative Low-Cost Precast Slate Concrete Products and Slate Sintering Process Optimisation
  • Optimization of Polypropylene Fibres for Concrete Using Slate Aggregate
  • Investigation of the Use of Wood Wool with Cementitious Materials for Production of Construction Products with High Thermal Resistance
  • Investigation into Innovative Low-Cost Use of BOS Filter Cake in Concrete Products
  • Publications: https://orcid.org/0000-0003-4295-4702