Finite Element and Probabilistic-Based Analysis of Dents in Pipelines

Pipelines are a common means to transport oil, gas, and other petroleum products used by citizens in everyday life. Permanent inward deformations, called dents, can develop along a pipeline, most of which are not a safety concern. The objective of the project is to develop the processes used to accurately assess the safety of different types of dents. Maintaining pipeline integrity is of utmost importance to protect the environment and the community.

Integrated Subsea Pipeline Integrity Management using Real-time Condition Monitoring Technique

Integrated integrity management is essential for subsea pipeline failure prevention, predictive maintenance and life extension campaign. Without managing integrity adequately, the condition of subsea pipeline would continue to deteriorate until premature failure. Real-time Condition Monitoring (CM) is a sensor-based monitoring technique aimed at enhancing the productivity of pipeline operation. The main intent of condition monitoring is to assess operating conditions and performance, improve performance, aid maintenance, extend life and inform operator if the integrity is compromised.

Experimental and Mathematical Modeling of Flow Instability in Heavy Oil Recovery Processes

This research project with the industry partner Saskatchewan Research Council focuses on the displacement front instability in heavy oil recovery processes such as water flooding, solvent injection and polymer flooding. In those processes, the less viscous displacing fluid usually moves faster than the more viscous displaced heavy oil. This results in an instability that manifests itself in the form of finger-shaped intrusions, and which is viscous fingering (VF). The VF phenomenon tends to greatly reduce sweep efficiency, leaving a large amount of untouched heavy oil underground.

Modularization and Standardization of Pipe Rack Infrastructure

The growing trend of delivering structural design services for industrial structures to foreign countries has often led to designs that reflect the local experience of designers who are part of a construction culture that includes very low-cost labour. The result is that Canadian construction companies such as the research partner company, Waiward Steel LP, are faced with fabricating structures that are neither efficient nor provide good value for owners.

Modeling and HIL Simulation of Modular Multilevel Converters

The proposed internships will be aimed at developing advanced computer (software) and hardware platforms for simulation of modern power-electronic converter systems used in emerging electric power transmission systems. In particular, modular multi-level converter (MMC) simulations will be targeted. These converters are considered the primary candidates for dc systems used to integrate renewable energy sources into the existing grid. These two internships will develop functional models that can be readily used for the analysis and design of systems involving modular multi-level converters.

Terahertz metamaterial sensors for monitoring of the insulation material quality - Year Two

A partial discharge is a localized spark that bridges a small portion of the insulation between two conducting electrodes under high voltage. The lifetime of high voltage electronic devices is often determined by the ability of the insulation material to withstand partial discharges, which start within gas voids in solid polymer insulation. A typical monitoring of insulation for voids and cracks requires long measurement times.

Switching frequency optimization and advanced current control techniques for an electric vehicle traction drive

The performance of an electric vehicle traction drive, comprised of an electronic power converter feeding power to an electric motor, is defined by its control stages and different system parameters- such as switching frequency of the semiconductor devices of the converter. The proposed internship aims to determine changes in conventional control strategies and selection of switching frequency to improve the power conversion efficiency and drive response time. First, selection of switching frequency to improve the power conversion efficiency and drive response time.

Biogeochemical stability of Acid Mine Drainage (AMD) Alluvial Sediment from an Active Coal Mine

Water contamination from mining activities is a global problem, damaging many freshwater ecosystems. This water, which can seep into the natural environment is high in heavy metals and can be very acidic. Options for treating this water can be very expensive or impractical for many of these contaminated sites, which can include abandoned mines. A new, inexpensive way of treating this water is being studied by CRL Energy in New Zealand, using mussel shells, a waste product itself from the food industry.

Development of twin-electrode electric arc furnace for resource recovery

Our ever-increasing needs for material and energy to sustain our modern lifestyle put an increasingly difficult-to-bear stresses on the extraction, harvesting, transformation and utilization of natural resources and their disposal (or waste), which ultimately lead to environmental, economical, political and societal consequences. Researchers from PyroGenesis Canada Inc.

Methodology Research on Business Process Reengineering with a Neutral Information Model of ERPs

McCoy recognizes U of A’s capability in engineering informatics and has approached U of A to conduct a joint research program to investigate a methodology applicable to McCoy’s unique business practice nature for implementing a new enterprise resources planning system. The most challenging research aspect of novelty is the requirement of a neutral information model that is to be developed in support of the transition from the existing ERP to the future system with the minimum data reengineering effort.

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