• A parametric study of pedestrian vertical force models for dynamic analysis of footbridges. 

  Archbold, Paul; Keogh, Joseph; Caprani, Colin C.; Fanning, Paul (2011-10)

  Footbridge vibration has received much attention in recent years. However, stochastic models for crowd loading are not common, and estimation of crowd-induced vibration is typically done through enhancement factors applied ...

• Development of a reusable learning object for use in teaching structural engineering. 

  Corbett, Jason; Archbold, Paul (AIT, 2013)

  Reusable learning objects may be considered to be pre-developed digital learning activities that may be integrated into lessons, modules, and courses. Their advantages include their flexibility of content, their accessibility ...

• Measurement of time-dependent colour variation in concrete. 

  Deegan, Peter; O'Connor, Alan; Archbold, Paul (BCRI, 2012-09)

  The phenomenon of colour variation in finished concrete has become a contentious issue in recent years as engineers and designers strive, not only for blemish free finishes, but crisp “white” concretes with uniformity ...

• The production of solid dosage forms from non-degradable polymers. 

  Major, Ian; Fuenmayor, Evert; McConville, Christopher (Bentham Science, 2015)

  Non-degradable polymers have an important function in medicine. Solid dosage forms for longer term implantation require to be constructed from materials that will not degrade or erode over time and also offer the utmost ...

• The effect of clusters within crowds of pedestrians on the vertical response of a flexible footbridge. 

  Keogh, Joseph; Caprani, Colin C.; Archbold, Paul; Fanning, Paul J. (BCRI, 2012-09)

  The issue of excessive vibrations of footbridges due to the passage of pedestrians has been well documented in the past decade. Despite this there still remains great uncertainty as to how to predict the acceleration ...

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