bearing-capacity-calculator
Soil bearing capacity calculation skill using multiple methods for various foundation types
Soil bearing capacity calculation skill using multiple methods for various foundation types
Civil 3D surface analysis skill for terrain modeling, earthwork, and drainage analysis
Reinforced concrete design skill for flexure, shear, and serviceability calculations per ACI 318
Finite Element Analysis skill for linear and nonlinear structural analysis, modal analysis, and load combination processing
GIS spatial analysis skill for watershed delineation, floodplain mapping, and site analysis
Highway alignment design skill for horizontal and vertical geometry per AASHTO standards
Hydraulic analysis skill for open channel flow, culverts, and pipe networks
Hydrologic modeling skill for rainfall-runoff analysis, flood frequency, and watershed analysis
IFC model analysis skill for validation, property extraction, and model comparison
Load combination generation skill per ASCE 7 and AASHTO for ASD and LRFD design methods
Deep foundation capacity analysis skill for driven piles and drilled shafts
Construction quantity takeoff skill for concrete, steel, earthwork, and materials
Cross-sectional property calculation skill for structural sections including standard and custom shapes
Seismic hazard analysis skill for site classification, spectral acceleration, and design response spectrum generation
Foundation settlement calculation skill for immediate, consolidation, and secondary compression
Traffic signal timing optimization skill for cycle length, phasing, and coordination
Soil classification skill using USCS and AASHTO systems with SPT correlations
Traffic simulation skill for microsimulation, level of service, and signal optimization
Water distribution system modeling skill for pipe networks, pump analysis, and fire flow
Wind load calculation skill per ASCE 7 for MWFRS and components and cladding
Automated derivation and simplification of Big-O, Big-Omega, and Big-Theta expressions for algorithm analysis
Classify problems into complexity classes with supporting evidence and proof strategies
Prove termination of algorithms and programs using ranking functions and well-founded orderings
Implement and test type inference algorithms including Algorithm W and constraint-based inference