Seismic Strengthening

Modifying existing structures with additional for seismic activitie

Assessment and Evaluation

Preliminary site visit:

○ Visual inspection of the building to identify potential vulnerabilities.

Detailed structural analysis:

○ In-depth assessment of the building's structural system, including materials, geometry, and connections.

Seismic vulnerability assessment:

○ Determining the building's susceptibility to earthquake damage using advanced analysis techniques.

Code compliance check:

○ Evaluating the structure against current seismic design codes and standards.

Risk assessment:

○ Identifying potential hazards and consequences of an earthquake.

Retrofit concept development:

○ Proposing suitable strengthening strategies based on the building's characteristics and seismic risk.

Structural analysis and design:

○ Detailed calculations for reinforcement and strengthening elements.

Material selection:

○ Choosing appropriate materials for retrofitting, considering factors like strength, durability, and compatibility.

Construction drawings and specifications:

○ Preparing detailed construction documents for the retrofitting work.

Cost estimation:

○ Providing a comprehensive cost estimate for the project.

Construction management:

○ Overseeing the retrofitting process to ensure adherence to design plans and quality standards.

Quality control:

○ Implementing strict quality control measures to verify the effectiveness of the retrofitting work.

Coordination with other disciplines:

○ Collaborating with architects, engineers, and contractors to ensure seamless integration of retrofitting work.

Material testing:

○ Conducting tests on materials used in the retrofitting process to verify their properties.

Structural re-evaluation:

○ Assessing the building's seismic performance after the retrofitting work.

Documentation:

○ Providing detailed reports on the retrofitting process, including design calculations.