Civil / geotechnique / topographie

Terrassement, capacite portante, surfaces et volumes pour les estimations de site et pre-etudes.

Des outils de premier cadrage pour terrassement, geotechnique simple et quantites terrain avant logiciels specialises.

Calculateurs disponibles

Commencez par les calculateurs deja disponibles pour cette section, puis ouvrez les guides lies quand vous avez besoin de plus de contexte.

Area From Coordinates Calculator

Browser-based preliminary check for Area From Coordinates Calculator — fast estimates, not code or stamped design output.

Calculateur de capacite portante

Estimer la capacite portante d'une semelle superficielle avec une formule type Terzaghi.

Calculateur de deblais remblais

Estimer les volumes de deblais et remblais a partir d'aires, epaisseurs ou sections.

Trench Volume Calculator

Browser-based preliminary check for Trench Volume Calculator — fast estimates, not code or stamped design output.

Concrete Volume Calculator

Browser-based preliminary check for Concrete Volume Calculator — fast estimates, not code or stamped design output.

Leveling Error Calculator

Browser-based preliminary check for Leveling Error Calculator — fast estimates, not code or stamped design output.

Rational Method Runoff Calculator

Browser-based preliminary check for Rational Method Runoff Calculator — fast estimates, not code or stamped design output.

Slope Ratio Calculator

Browser-based preliminary check for Slope Ratio Calculator — fast estimates, not code or stamped design output.

Traverse Adjustment Calculator

Browser-based preliminary check for Traverse Adjustment Calculator — fast estimates, not code or stamped design output.

Bearing Azimuth Converter

Browser-based preliminary check for Bearing Azimuth Converter — fast estimates, not code or stamped design output.

Culvert Sizing Estimator

Browser-based preliminary check for Culvert Sizing Estimator — fast estimates, not code or stamped design output.

Detention Volume Helper

Browser-based preliminary check for Detention Volume Helper — fast estimates, not code or stamped design output.

Earth Pressure Calculator

Browser-based preliminary check for Earth Pressure Calculator — fast estimates, not code or stamped design output.

Embankment Volume Calculator

Browser-based preliminary check for Embankment Volume Calculator — fast estimates, not code or stamped design output.

Footing Pressure Calculator

Browser-based preliminary check for Footing Pressure Calculator — fast estimates, not code or stamped design output.

Reinforcement Weight Calculator

Browser-based preliminary check for Reinforcement Weight Calculator — fast estimates, not code or stamped design output.

Retaining Wall Quick Check

Browser-based preliminary check for Retaining Wall Quick Check — fast estimates, not code or stamped design output.

Station Offset Coordinate Calculator

Browser-based preliminary check for Station Offset Coordinate Calculator — fast estimates, not code or stamped design output.

Usages typiques de la section

Ces parcours aident a choisir le bon calculateur avant une analyse plus poussee ou une verification de conception formelle.

  • Earthwork quantity checks

    Move from areas and section lengths to cut, fill, and net quantities before detailed terrain modeling or contract measurement workflows.

  • Preliminary shallow foundation checks

    Use bearing-capacity reasoning for early option screening, then confirm allowable pressure decisions with geotechnical data and code-based design.

  • Site geometry and corridor estimates

    Keep simple survey-style calculations close to volume and footing reasoning when site layout and quantities evolve together.

  • Fast structural-civil coordination

    Bridge grading assumptions, bearing checks, and structural reactions early so the design story stays coherent across teams.

Civil / geotechnique / topographie FAQ

Can these tools replace survey or geotechnical software?

No. They are meant for preliminary quantities and transparent discussion, not final surfaces, settlement analysis, or stamped geotechnical design.

Why show cut/fill and bearing checks in the same section?

They often appear together in early site studies where grading, founding level, and structure concept interact before detailed discipline handoff.

What should always be documented on preliminary civil checks?

Unit system, reference elevations, sign conventions, material factors excluded, and whether values are geometric, net, or adjusted for shrink/swell.