Steps
Step 1
Load and Internal Force Analysis
This step conducts in-depth analysis of civil engineering problems, clarifying design conditions and technical requirements. Civil engineering design must be based on relevant codes and standards, comprehensively analyzing from geological conditions, load conditions, functional requirements and other aspects. Determine design input conditions through site investigation, data collection and code interpretation.
• Collect geological survey reports, topographic survey data and surrounding environmental conditions, analyze engineering construction conditions
• Determine load values according to GB 50009 Load Code for Design of Building Structures, including dead load, live load, wind load, seismic action, etc.
• Analyze functional requirements and constraint conditions, clarify design standards, safety levels and design working life
Deliverable: Design condition analysis report (including geological data, load values, design standards, constraint condition analysis) | Quality standard: Complete data, correct values, clear standards, in-depth analysis
Step 2
Stress and Strength Check
This step performs comprehensive verification of civil engineering design, ensuring the structure meets all code requirements and design specifications. Verification is a key link to ensure engineering quality, eliminating design omissions and errors through cross-checking with multiple verification methods. Comprehensive evaluation must be conducted from multiple dimensions of safety, applicability and durability.
• Verify ultimate limit state and serviceability limit state according to GB 50068 Unified Standard for Reliability Design of Building Structures
• Perform multi-load-case combination verification, including basic combination, standard combination, frequent combination and quasi-permanent combination
• Compare manual calculation results with software calculation results, check stresses, deformations and reinforcements of key positions, ensuring consistency
Deliverable: Verification report (including limit state verification, load combination table, result comparison, problem list, correction suggestions) | Quality standard: Comprehensive verification, accurate data, all indicators met, problem correction closed-loop
Step 3
Deformation and Stiffness Check
This step performs comprehensive verification of civil engineering design, ensuring the structure meets all code requirements and design specifications. Verification is a key link to ensure engineering quality, eliminating design omissions and errors through cross-checking with multiple verification methods. Comprehensive evaluation must be conducted from multiple dimensions of safety, applicability and durability.
• Verify ultimate limit state and serviceability limit state according to GB 50068 Unified Standard for Reliability Design of Building Structures
• Perform multi-load-case combination verification, including basic combination, standard combination, frequent combination and quasi-permanent combination
• Compare manual calculation results with software calculation results, check stresses, deformations and reinforcements of key positions, ensuring consistency
Deliverable: Verification report (including limit state verification, load combination table, result comparison, problem list, correction suggestions) | Quality standard: Comprehensive verification, accurate data, all indicators met, problem correction closed-loop
Step 4
Stability Analysis
This step conducts in-depth analysis of civil engineering problems, clarifying design conditions and technical requirements. Civil engineering design must be based on relevant codes and standards, comprehensively analyzing from geological conditions, load conditions, functional requirements and other aspects. Determine design input conditions through site investigation, data collection and code interpretation.
• Collect geological survey reports, topographic survey data and surrounding environmental conditions, analyze engineering construction conditions
• Determine load values according to GB 50009 Load Code for Design of Building Structures, including dead load, live load, wind load, seismic action, etc.
• Analyze functional requirements and constraint conditions, clarify design standards, safety levels and design working life
Deliverable: Design condition analysis report (including geological data, load values, design standards, constraint condition analysis) | Quality standard: Complete data, correct values, clear standards, in-depth analysis
Step 5
Combined Loading Analysis and Report
This step conducts in-depth analysis of civil engineering problems, clarifying design conditions and technical requirements. Civil engineering design must be based on relevant codes and standards, comprehensively analyzing from geological conditions, load conditions, functional requirements and other aspects. Determine design input conditions through site investigation, data collection and code interpretation.
• Collect geological survey reports, topographic survey data and surrounding environmental conditions, analyze engineering construction conditions
• Determine load values according to GB 50009 Load Code for Design of Building Structures, including dead load, live load, wind load, seismic action, etc.
• Analyze functional requirements and constraint conditions, clarify design standards, safety levels and design working life
Deliverable: Design condition analysis report (including geological data, load values, design standards, constraint condition analysis) | Quality standard: Complete data, correct values, clear standards, in-depth analysis