Seismic isolation
Separates the superstructure from ground motion, lengthens the period of vibration and reduces transmitted accelerations. LRB, LNR, HDRB and FPS devices are used.
Engineering solutions
Seismic protection matched to the task, the structure and the life cycle
We treat a facility as a system: we analyse the action, choose the protection principle, define device parameters and ensure the solution is compatible with the architecture, structures and construction technology.
New facilitiesintegration at concept and design stage
Retrofitstrengthening within existing constraints
Buildingspublic, residential and special-purpose
Infrastructurebridges and industrial structures
Types of solutions
Three basic principles of controlling seismic response
Damping
Dissipates the energy of motion and reduces the structural response. Viscous fluid dampers (VFD) and other special devices are used.
Controlled ductility
Provides predictable behaviour of the bracing system and protects the primary frame members. BRB braces are used.
Facilities
Where controlled seismic performance matters most
01
Healthcare facilities
Lower accelerations help protect equipment and maintain the operability of the building after an event.
02
Schools and universities
The solution accounts for high occupancy, everyday use and safe evacuation requirements.
03
Residential and mixed-use complexes
Protection of structural and non-structural elements, building services and property.
04
Industrial facilities
Reduced risk of damage to process lines, tanks, pipelines and critical equipment.
05
Bridges and transport
Control of superstructure displacements and pier forces, improved maintainability of the system.
06
Historic and existing buildings
Improved resilience with limited intervention in the architectural appearance and interior spaces.
Clients
Which facilities our solutions are intended for
Public sector
Social and administrative facilities
- Facility types
- Schools, hospitals, kindergartens
- Also
- Administrative buildings, airports, transport terminals
Development
Residential and commercial real estate
- Facility types
- Residential complexes, business centres
- Also
- Data centres, mixed-use complexes
Industry and infrastructure
Industrial and energy facilities
- Facility types
- Industrial plants, energy facilities
- Partners
- General contractors, EPC companies, design institutes
Process
How the design solution takes shape
01
Design brief
We record the facility function, initial loads, the site, the project stage and performance criteria.
02
Option analysis
We compare the baseline structure with several seismic protection scenarios by forces, displacements and accelerations.
03
Optimisation
We refine device parameters and layout, structural gaps, service clashes and cost of ownership.
04
Documentation
We issue the analytical justification, specification, connections, testing and installation requirements.
05
Delivery
We supervise manufacturing, supply, incoming inspection and correct installation on site.
Stage output
What the client receives
Analytical justification
A clear comparison of scenarios and confirmation of the selected target criteria.
Technical specification
Device parameters, quantity, layout, material and acceptance requirements.
Design details
Principal solutions for installation, replacement, inspection access and interfaces with the structure.
Quality plan
Testing programme, list of certificates and control documents for the batch.
Next step
Get a preliminary feasibility assessment
At the first meeting we will define what input data is required and which options are worth verifying by analysis.