Clear Requirements
Documents and technical scope are mapped from the beginning.
Building Structural Assessment and Analysis
Structural analysis of a building is the process of technical assessment and calculation of structural elements to ensure that the building is designed to be safe, strong, and stable by evaluating loads, materials, and environmental conditions
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service stages
Guided Process
Each stage is handled with structured coordination and reporting.
Compliance Focus
The work is aligned with relevant technical and administrative standards.
Service Overview
Structural Analysis to Ensure the Safety of Your Building
Structural analysis is a technical process that ensures a building is designed to be safe, strong, and stable by evaluating loads, materials, and environmental conditions. This stage is essential to identify potential failure risks early, resulting in a more efficient design that complies with applicable standards. The results of structural analysis also serve as a reference for technical decision-making throughout the planning and construction phases.
When Should Structural Analysis Be Conducted?
The validity of structural analysis is not limited by time, but depends on the relevance of the data and technical conditions. The analysis remains valid as long as there are no significant changes to the design, materials, loads, or environmental conditions. It must be updated whenever changes occur that may affect the structural safety of the building.
Benefits and Importance
Structural analysis plays a vital role in ensuring that buildings remain safe, reliable, and compliant with applicable technical standards. Through this process, structural conditions and capacity are comprehensively evaluated to identify potential risks, support renovation or development planning, and fulfill permitting and certification requirements. Thus, structural analysis is a strategic step in maintaining user safety while ensuring the long-term functionality and sustainability of the building.
Processing Time
The processing time for structural analysis generally ranges from 10 to 24 days, depending on the complexity of the building and the completeness of available data. The process includes data collection, structural modeling, load calculations, result analysis, design adjustments, and report preparation. The more complete the initial data and the simpler the structure, the faster the analysis can be completed.
Work Flow
Structural Assessment
Technical Data Collection
Conduct technical data and supporting document collection as the basis for assessing the condition and performance of the building structure.
Structural Modeling, Evaluation, and Testing
Conduct structural modeling, evaluation, and testing to assess the performance and compliance of the structure with applicable technical requirements
Load Calculations and Analytical Modeling
Perform load calculations and structural modeling to evaluate the building’s capacity, stability, and performance in accordance with applicable standards
Analysis and Evaluation of Results
Conduct analysis and evaluation of calculation and testing results to assess the safety level, capacity, and performance of the building structure
Preparation of Structural Analysis Report
Prepare a structural analysis report containing evaluation results, conclusions, and technical recommendations as a basis for decision-making
Requirements
Building Structural Assessment and Analysis
General Requirements
- Design Data and Planning Drawings
Technical Requirements
- Material Specifications Used
- Design Load Data (Dead Load, Live Load, Wind Load, Earthquake Load, etc)
- Soil Condition Data or Soil Investigation Results
- Applicable Technical Standards and Regulations Used
- Structural Calculations and Analysis Models
- Evaluation Results and Technical Recommendations
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