Content Comparison

General

Strength (Load Rating Combination): The load rating combination table serves as the basis for all finite element analysis results used in the load rating equations. It is used to map maps the analysis result cases and their corresponding factors to the template for the strength limit state.
Service (Load Rating Combination): The load rating combination table serves as the basis for all finite element analysis results used in the load rating equations. It is used to map maps the analysis result cases and their corresponding factors to the template for the service limit state.

Design Parameters

Shear Procedure for alpha and betaResistance Factor for Tension-Controlled Section:
Resistance Factor for Compression-Controlled Section:
Resistance Factor Shear and Torsion in Section:
Condition Factor [Good or Satisfactory / Fair / Poor] :
System Factor:
Compression Check [0.65f’ci / 0.45f’c / 0.6f’c]:
Tensile Stress Limit:
Procedure for Shear Parameters β and θ [Simplified / General (Equation) / Appendix B5 (Table)]:
Time-Dependent Losses Calculation Method [Approximate / Refined] :
Humidity (%) (Approximate Method):

Section Analysis

Include Deck Reinforcement? (No / Yes):
Ignore Rebar and Tendon in Section Property Calculation? (No / Yes):
Effective Width Calculation (Use Non-Composite Section to Compute / Use Composite Section to Compute / Override with User Input):
Section Analysis Refinement (Total Fiber Count):

Report

Support Lines Used for Span Length Calculation [All / Selection]: In some projects, the support line object can be used as an extra bearing point. In such cases, the span length calculation may not be done correctly. It is important to manually select the support lines that define the spans.
Selected Support Lines: Manual support line selection for span length calculation.