Autodesk AutoCAD Civil 3D
AutoCAD Civil 3D Software, the building information modeling (BIM) solution for civil engineering, helps project teams deliver higher-quality transportation, land development, and environmental projects faster. Explore design ideas and analyze what-if scenarios to help optimize performance before projects are built. Extend Civil 3D model data to perform geospatial and stormwater analysis, generate quantity takeoffs, and support automated machine guidance during construction. Civil 3D provides the BIM advantage and tools you need to deliver more innovative design solutions.
CE CALC - Civil Calculator - Civil Engineering design calculation Software
Hydrology - Time of concentration and storm water runoff.
Open Channels - Flow velocity, discharge, slope, weirs, Parshall flume and Froude Number.
Culverts - Culvert selection and sizing, calculate headwater depth and outlet velocity.
Gravity Sewer - Sanitary and storm sewer, velocity, discharge, slope head loss and pipe structural loads.
Transmission Lines - Calculate velocity head, minor losses, total dynamic head and pump properties.
Traffic/Road Geometry - Passing distance, stopping distance, skidding distance, curve banking, horizontal curves, vertical curves and spiral curves.
Surveying/Earthwork - Lattitudes and departures, azimuths, northings and eastings, area measurement, topographic leveling, earthwork volume and distance measurement.
Pavement - Rigid and flexible pavement design by AASHTO and UFC design methods.
Concrete Floors - Design of concrete floor slabs-on-grade using the UFC method.
Unit Conversion - Built in unit conversion program, convert units of acceleration, angles, area, density, energy, flow, force, light, length, mass, power, pressure, temperature, torque, velocity and volume.
Hydrology - Time of concentration and storm water runoff.
Open Channels - Flow velocity, discharge, slope, weirs, Parshall flume and Froude Number.
Culverts - Culvert selection and sizing, calculate headwater depth and outlet velocity.
Gravity Sewer - Sanitary and storm sewer, velocity, discharge, slope head loss and pipe structural loads.
Transmission Lines - Calculate velocity head, minor losses, total dynamic head and pump properties.
Traffic/Road Geometry - Passing distance, stopping distance, skidding distance, curve banking, horizontal curves, vertical curves and spiral curves.
Surveying/Earthwork - Lattitudes and departures, azimuths, northings and eastings, area measurement, topographic leveling, earthwork volume and distance measurement.
Pavement - Rigid and flexible pavement design by AASHTO and UFC design methods.
Concrete Floors - Design of concrete floor slabs-on-grade using the UFC method.
Unit Conversion - Built in unit conversion program, convert units of acceleration, angles, area, density, energy, flow, force, light, length, mass, power, pressure, temperature, torque, velocity and volume.
Feature List:
Time of concentration and storm water runoff
Flow velocity, discharge, slope, weirs, Parshall flume and Froude Number
Culvert selection and sizing, calculate headwater depth and outlet velocity
Sanitary and storm sewer, velocity, discharge, slope head loss and pipe structural loads
Calculate velocity head, minor losses, total dynamic head and pump properties
Passing distance, stopping distance, skidding distance, curve banking, horizontal curves, vertical curves and spiral curves
Lattitudes and departures, azimuths, northings and eastings, area measurement, topographic leveling, earthwork volume and distance measurement
Rigid and flexible pavement design by AASHTO and UFC design methods
Design of concrete floor slabs-on-grade using the UFC method
Built in unit conversion program, convert units of acceleration, angles, area, density, energy, flow, force, light, length, mass, power, pressure, temperature, torque, velocity and volume
Flow velocity, discharge, slope, weirs, Parshall flume and Froude Number
Culvert selection and sizing, calculate headwater depth and outlet velocity
Sanitary and storm sewer, velocity, discharge, slope head loss and pipe structural loads
Calculate velocity head, minor losses, total dynamic head and pump properties
Passing distance, stopping distance, skidding distance, curve banking, horizontal curves, vertical curves and spiral curves
Lattitudes and departures, azimuths, northings and eastings, area measurement, topographic leveling, earthwork volume and distance measurement
Rigid and flexible pavement design by AASHTO and UFC design methods
Design of concrete floor slabs-on-grade using the UFC method
Built in unit conversion program, convert units of acceleration, angles, area, density, energy, flow, force, light, length, mass, power, pressure, temperature, torque, velocity and volume
