For the most part, we deal exclusively with structures which defy the traditional code based simple analysis.

Dams

Safety assessment of concrete hydraulic structures (gravity, arch and buttress dams, intake towers, spillways) with special emphasis on material degradation (alkali silica reaction in particular), seismic, and hydraulic hazards.

Possible services include:

• 3D nonlinear analysis
• Seismic analysis
• Probabilistic based assessment
• Risk, reliability and resilience assessment
• Alkali-aggregate (-silica) reaction
• Modelling dam slot cutting
• Soil-structure interaction
• Fluid-structure-fracture interaction
• Automatic uplift update
• Thermal loads and thermal analysis
• Concrete fracture and joint modeling

NPPs

Risk assessment of nuclear power plant concrete components (containment vessel building, internal walls) through multi-hazard evens (seismic, concrete degradation).

Potential services include

• 3D nonlinear analysis
• Seismic hazard analysis
• Soil structure interaction
• Far field Modeling
• Deconvolution of seismic record
• Probabilistic seismic assessment
• Fragility and vulnerability assessment.
• Alkali Aggregate Reaction
• Concrete degradation (Chloride diffusion and carbonation)
• Modelling tendon detensioning sequence

Bridges

Quisque aliquam velit sit amet vehicula euismod. Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Nam tincidunt lacus ut aliquam finibus. Donec pretium vitae lacus ac mollis. Integer vitae posuere magna. Maecenas dictum nisi sed dapibus cursus. Suspendisse tristique, neque in fringilla congue, ante odio congue nibh, id blandit lectus mauris at diam. Integer tincidunt justo ut libero convallis, ac sollicitudin urna hendrerit. Pellentesque sed leo eu magna tincidunt tempor eu ut justo. Duis pharetra eget nisl a accumsan. Proin sed arcu enim.

Buildings

Aliquam volutpat enim sit amet dui dictum consectetur. Donec vitae euismod odio. Sed tempor sem vitae sapien cursus, quis consequat ipsum laoreet. Vivamus eu metus vitae dolor dignissim tristique non sit amet libero. Morbi placerat sapien diam, sed interdum justo tincidunt non. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae; Vivamus malesuada ligula leo, eget semper velit scelerisque in. Morbi tempus tellus ac mi volutpat congue. Quisque laoreet congue sollicitudin. Morbi non ante leo. Cras nec sem nibh.