Skip to end of metadata
Go to start of metadata

You are viewing an old version of this page. View the current version.

Compare with Current View Page History

« Previous Version 4 Next »

Culvert Design Types:

BoxCar

ETCulvert

Eriksson Culvert

Four Sided

Three Sided

Type I

Type II

Vertical Box

Inverted Three Sided

Design Specifications:

BoxCar

ETCulvert

Eriksson Culvert

Standard

LRFD 5th Ed.

LRFD 6th Ed.

LRFD 7th Ed.

LRFD 8th Ed.

AREMA

CSA-S6-06

Applied Loads:

BoxCar

ETCulvert

Eriksson Culvert

Dead Load

Vertical Earth

Horizontal Earth

Wearing Surface

LL Surcharge

Internal Water Pressure

External Water Pressure

Live Load

Seismic

Uniform Horizontal Surcharge

Uniform Vertical Surcharge

Culvert Structural Model Options:

BoxCar

ETCulvert

Eriksson Culvert

Model Haunches in the Slabs

Model Haunches in the Walls

Don’t include haunches in model

Pin-Pin Boundary Conditions for 3 Sided

Pin-Roller Boundary Conditions for 3 Sided

Rigid Foundation Model

Trapezoidal Foundation Model

Coming Soon

Flexible Foundation Model

Coming Soon

Reinforcement and Detailing Options:

BoxCar

ETCulvert

Eriksson Culvert

Auto-Design Reinforcement

Rebar

WWR (Mesh)

Epoxy Coat Top Layer of Steel

Epoxy Coat All Steel

Calculate M-Dimension

Analysis Options:

BoxCar

ETCulvert

Eriksson Culvert

Load Ratings

Individual Top and Bottom Slab Design

Buoyancy Check

Apply ACI 350 Durability Factors

Advanced moving Live Load Distribution Options

Managing Results:

BoxCar

ETCulvert

Eriksson Culvert

Detailed Text Report

Results Graphs

Advanced 3D Visualization

Export to AASHTOWare

  • No labels