Research Projects

(current projects denoted by **)

Bridge Engineering

  • Fatigue behaviour and design of shear connectors in steel-precast composite girders**
  • Fatigue resistance of stud shear connectors on steel girders**
  • Study of UHPC as a closure strip material in prefabricated bridge applications**
  • Analysis and design of highway bridges with fibre-reinforced concrete link slabs
  • Investigation of steel-precast composite girders with non-conventional shear connectors
  • Development of a shear connection for a portable concrete/steel composite bridges
  • Effect of thermal cycles in bond of stainless steel reinforcement in structural concrete

Modular Construction

  • Methodology for tolerance strategy and module resilience in modular construction systems**
  • Reducing rework and optimizing productivity in a fabrication and modularization environment**
  • Improving staged fabrication of industrial facilities

Concrete Materials

  • Development of fibre-reinforced concrete using basalt fibres
  • Development of engineered fibre-reinforced concrete for bridge structural applications
  • Structural properties of concrete made with recycled concrete aggregate
  • Optimization of high-strength self-consolidating concrete incorporating rice husk ash
  • Use of recycled concrete wash water in new concrete

Concrete Structures

  • Bond of corroded reinforcement in repaired concrete**
  • Shear strengthening of concrete beams using fibre-reinforced cementitious mortar**
  • Long-term behaviour of GFRP prestressed concrete beams**
  • Reliability assessment of test load magnitudes in ACI 437 and ACI 318 Chp 20
  • Use of carbon-FRP tendons as external post-tensioning to improve fatigue behaviour of existing reinforced concrete elements
  • Use of partially bonded carbon-FRP plate and near-surface mounted rod systems for ductility enhancement of strengthened reinforced concrete elements
  • Tensile-flexural behaviour of carbon-fibre reinforced polymer (CFRP) tendons subjected to harped profiles

Wood Utility Structures

  • Reliability analysis of damaged wooden utility structures
  • Effect of woodpecker damage and wood decay on wood utility pole strength
  • Strengthening of wood transmission structures with glass fibre reinforced polymer (GFRP) materials

Concrete Pavement Mechanics

  • Development of alternative joint load transfer devices for concrete pavements
  • Computational investigation of the effects of shrinkage and thermal loading on the behaviour of misaligned dowels in jointed concrete pavement

Automated Construction Progress Tracking

  • Evaluation of ultra-wideband sensing technology for position location in indoor construction environments
  • Activity-based data fusion for the automated progress tracking of construction projects

In addition to the HQP-based projects listed above, other R&D activities with industry partners include the following:

  • Measurement of Thermal Gradients and Volumetric Strains in a Mass Concrete Raft Footing
  • Tension Testing of GFRP Bars
  • Compression Testing of Elastomeric Bridge Bearing Pads
  • Development of High-performance Cement-Bentonite Grout for Shield Tank Solidification
  • Flexural Strength Testing of Noise Barrier Panels and Derivation of Strength Reduction Factors for use with AASHTO Specifications
  • Flexural Strength Testing and Analysis of Concrete-Steel Composite Piles
  • Flexural Strength Testing and Analysis of Composite Traffic and Security Bollards
  • Ceramic Tile Bond Strength Testing
  • Tension Testing of Single and Double Tension Straps for Modular Formwork Systems
  • Tension and Torsional Testing of a Structural Steel Boom Lift Arm