Engineering Resources

To Help Keep You Informed

Based on our experience we are offering the following helpful resources for engineers and every-day people to make informed decisions.


Earthquakes & Tsunamis

Earthquakes & Tsunamis


Our Publications


Pina, F., Ventura, C. and Nunez, T., 2012. Seismic Risk Assessment in Northern Chile – Lessons from a reconnaissance visit before the next mega-earthquake in Peru-Chile.

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Pina, F., and Ventura, C., 2012. Seismic risk assessment of conventional steel constructions to the hazard of three earthquake types in Southwestern B.C.

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Pina, F., Ventura, C.E., Taylor, G., & Finn, W.D.L., 2010. Selection of ground motions for the seismic risk assessment of low-rise school buildings in South-west B.C, Canada

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Pina, F., Ventura, C. and Nunez, T., 2012. Seismic Risk Assessment in Northern Chile – Lessons from a reconnaissance visit before the next mega-earthquake in Peru-Chile.

Download PDF

Pina, F., and Ventura, C., 2012. Seismic risk assessment of conventional steel constructions to the hazard of three earthquake types in Southwestern B.C.

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Pina, F., Ventura, C.E., Taylor, G., & Finn, W.D.L., 2010. Selection of ground motions for the seismic risk assessment of low-rise school buildings in South-west B.C, Canada

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Pina, F., Taylor, G., Ventura, C.E., and Finn, W.D.L., 2010. Seismic risk assessment tool for seismic mitigation of schools in British Columbia.

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Pina, F., Taylor, G., Ventura, C.E., and Finn, W.D.L., 2010. Site response analysis for the seismic risk assessment of schools in British Columbia, Canada.

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Hanson R., Taylor G., C.E. Ventura and F. E. Pina, 2009. “Nonlinear performance based seismic assessment for low-rise buildings”

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Pina F., White T., Taylor G. & C.E. Ventura, 2009. “Conventional steel construction for the performance-based earthquake retrofit of low-rise school buildings”

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Pina F., White T., Taylor G., Ventura C.E. and L. Finn, 2008. “Performance-based retrofit guidelines for low-rise school buildings in British Columbia, Canada”

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White T., Ventura C.E., Taylor G. and F.E. Pina., 2008. “Procedimientos preliminares para el reforzamiento sísmico de las escuelas de British Columbia, Canadá.”

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Humar J. M., Pina F. E. and M. G. Asl., 2007. “Performance of Shear Wall Structures Designed By a Displacement-Based Design Method”

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Pina, F., Taylor, G., Ventura, C.E., and Finn, W.D.L., 2010. Seismic risk assessment tool for seismic mitigation of schools in British Columbia.

Download PDF

Pina, F., Taylor, G., Ventura, C.E., and Finn, W.D.L., 2010. Site response analysis for the seismic risk assessment of schools in British Columbia, Canada.

Download PDF

Hanson R., Taylor G., C.E. Ventura and F. E. Pina, 2009. “Nonlinear performance based seismic assessment for low-rise buildings”

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Pina F., White T., Taylor G. & C.E. Ventura, 2009. “Conventional steel construction for the performance-based earthquake retrofit of low-rise school buildings”

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Pina F., White T., Taylor G., Ventura C.E. and L. Finn, 2008. “Performance-based retrofit guidelines for low-rise school buildings in British Columbia, Canada”

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White T., Ventura C.E., Taylor G. and F.E. Pina., 2008. “Procedimientos preliminares para el reforzamiento sísmico de las escuelas de British Columbia, Canadá.”

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Humar J. M., Pina F. E. and M. G. Asl., 2007. “Performance of Shear Wall Structures Designed By a Displacement-Based Design Method”

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