ISO Meeting in Beijing, November 2004
ISO Meeting in Paris, December 2003
P7503 - Large Span Membrane Structures
Monocone - Disconnectable
P7907 - Mobile Arctic Caisson
P2407 - Oil Spill Occurrence Estimators
P2407 - Oil Spill Occurrence Estimators for the Beaufort Sea
Hibernia Construction - Bull Arm
Arctic Production and Loading Basin - Concept
Dr. Bercha presented two papers at the International Association for Hydraulic Engineering and Research (IAHR) 17th International Symposium on Ice in St. Petersburg, Russia, June 21-25, 2004.
ISO meets in strategic locations, such as Beijing, with local area tours.
Dr. Bercha and Professor Marat, the Russian WG8 representative.
Founded in 1975, the Bercha Group immediately became involved in innovative structural solutions with its principal client Sprung Instant Structures Limited. Here is a convertible Sprung system to be installed during the winter to permit continued usage of the McMahon Stadium facility.
Structural innovation rapidly changed to the assessment of ice-structure interactions, which the Bercha Group continues today. One of the first major clients in this area was Dome Petroleum for which numerous conceptual designs were carried out, including the Arctic Monocone.
The Group continued actively in the area of ice-structure interaction with field trips to the Beaufort Sea to visit some of the main structural operations such as the Mobile Arctic Caisson pictured here.
Ice engineering resulted in world contacts including Aker Engineering in Oslo, Norway, which presented an opportunity to visit the Statfjord B construction site.
Dr. Bercha painted this scene of a rig in the Beaufort Sea. Under the Project P2407, Dr. Bercha has spent more time in the Arctic.
Dr. Bercha's extensive work in the Arctic has inspired him to create this Beaufort oil painting.
Ed Yasinko is part of the team working on the Red Deer Pipeline System Optimization project.
A pipeline route flyover was part of the pipeline sytem optimization project.
From 1986 to 1996 we were retained by Public Works Canada to conduct detailed ice engineering studies in support of the design and construction of the Confederation Bridge pictured above.
Three-dimensional detail of Confederation Bridge pier shaft and base
Three dimensional representation of Confederation Bridge pier
View of Confederation Bridge pier ice shield
View of Confederation Bridge and ice during construction phase
Ice breakup on Confederation Bridge pier
Confederation Bridge pier in ice during construction phase
Confederation Bridge shafts prior to placement
Confederation Bridge piers during construction phase
Three-dimensional model of a sportsplex for which Bercha Group designed a roof for all-weather use
Three-dimensional model of sportsplex showing Bercha Group designed roof for all-weather use
Three-dimensional model of sportsplex showing Bercha Group designed roof for all-weather use