Kadıköy, İstanbul, TÜRKİYE

EARTHQUAKE ENGINEERING

INDUSTRIAL STRUCTURES

EARTHQUAKE PERFORMANCE ASSESSMENT

Emergence of advanced computers triggered dramatic development in earthquake design principles in the last decades. There has also been crucial advancements in construction technologies. Specifications regarding earthquake design have accordingly been updated.

Aforementioned advancements in earthquake engineering makes it important to assess earthquake performance of existing industrial buildings. Due to the specific aspects of precast and post-tensioned buildings, earthquake performance assessment of such buildings require expertise and experience.

 

INDUSTRIAL BUILDINGS

STRENGTHENING STRATEGIES

If earthquake performance of existing buildings do not satisfy requirements, they should be strengthened. If not done correctly, strengthening methods can decrease earthquake performance even more.

With more than 10 years experience in special structures, we are ready to serve you in strengthening design.

ENERGY DISSIPATING

PRODUCTS

At KULTECH, we are working on innovative energy dissipating products that can be used in industrial buildings. These products decrease earthquake demands that the structure will be subjected to and prevent damage in the members.

For more details, click here.

CHOOSE YOUR PACKAGE

We provide services about earthquake engineering within the scope of the following packages. For more connect to us.

consultancy
package
Annual-based consultancy services on earthquake engineering
Solution of specific problems encountered about dynamic loads on members/structures (machinery etc..)
Training on updated specifications about earthquake engineering
assessment
package
Examination of structural projects of existing industrial building
3d computer modeling of existing building
Earthquake performance assessment of existing building according to current specifications
Reporting of earthquake performance analysis of the building
strengthening
package
Determination of strengthening strategy of the building
3d computer modelling of strengthened building and determination of its earthquake performance
Detailed material quantity takeoff for strengthening method
Reporting of results supported by application drawings