Culvert Design Software ((INSTALL))
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Eriksson Culvert is the most advanced engineering software for precast and cast-in-place box culverts, seamlessly combining the functionality of a state-of-the-art structural analysis engine with fully automatic design and analysis capabilities. Integration of the critical design tasks into one system means you get superior productivity and flexibility with improved quality control.
In auto design mode, Eriksson Culvert quickly analyzes and designs wall thicknesses and reinforcement sizes and spacing. A comprehensive reinforcement schedule containing rebar and mesh is produced, complete with all bar dimensions and bends. LRFD, Standard, AREMA, and CHBDC specifications are supported, as well as, both US customary and metric units.
The highly graphical user interface provides multiple views to render the design and present the results. Complete details of the design along with detailed calculations are provided. Powerful graphics show all reinforcement rendered in true 3D and a user-customizable truck library is included in the sophisticated live load capabilities.
Eriksson Culvert is an update to ETCulvert with new features and enhanced functionality: a direct result of feedback from our users. In addition to new features, Eriksson Culvert transitions to a web based subscription similar to our Pipe, Beam, and Wall products. We no longer charge a yearly maintenance fee; we now charge a yearly fee for a subscription to our software, which includes full technical support and all updates.
Disclaimer: This software is intended for use by consultants working for the Bridges and Structures Bureau in their development of projects for the Iowa Department of Transportation. Any other use is at the sole discretion of the user. The Iowa Department of Transportation makes the software available \"AS IS\" and assumes no liability nor makes any warranty of any kind, including warranties of noninfringement, fitness or merchantability whether expressed or implied, to the accuracy or functionality of this software. By downloading any files, you are agreeing to this disclaimer. The Bridges and Structures Bureau will only support those persons using this software in connection with Iowa Department of Transportation related business.
The highly graphical user interface provides multiple views to render the design and present the results. Complete details of the design along with detailed calculations are provided. Powerful graphics show all rebar rendered in true 3D and a user-customizable truck library is included in the sophisticated live load capabilities.
With Eriksson Culvert, you can automatically design five different culvert types: four-sided, three-sided, multi-cell, type I, or type II. When a new job is started, the input boxes will each be initialized to reasonable default values in the following groups:
In Design Mode, Eriksson Culvert will determine the appropriate culvert properties such as reinforcement, slab thickness, and wall thickness. In Analysis mode, the user selects the slab and wall thicknesses, and sets most of the rebar sizes and spacing.
Disclaimer: This software and other files are intended for use by consultants working for the Bridges and Structures Bureau in their development of projects for the Iowa Department of Transportation. Any other use is at the sole discretion of the user. The Iowa Department of Transportation makes the software and other files available \"AS IS\" and assumes no liability nor makes any warranty of any kind, including warranties of non-infringement, fitness or merchant ability whether expressed or implied, to the accuracy or functionality of these files. By downloading any files, you are agreeing to this disclaimer.
Some of these spreadsheets allow the user to determine typical pier loads based on the AASHTO LRFD code for use with the RC-Pier software. Some spreadsheets may be used in the LRFD design of typical pier caps, pile footings, and steel laminated elastomeric bearings.
Bridge Tools is an Excel Add-in that provides access to various Iowa DOT Design Applications. Once installed, a tab titled Iowa DOT will appear on the Excel ribbon each time Excel is opened. The ribbon tab displays button groups that identify the currently available design applications offered in the add-in.
By downloading any programs, you are agreeing to the following disclaimer:No warranty, expressed or implied, is made by the Florida Department of Transportation as to the accuracy and functioning of any programs or the results they produce, nor shall the fact of distribution constitute any such warranty, and no responsibility is assumed by the Florida Department of Transportation in any connection therewith.The Structures Design Office only supports those persons using this software in connection with Florida DOT related business.For Mathcad problems, view our Mathcad Frequently Asked Questions page.
Attention Mathcad 15 program users! Effective January 1, 2022, the only version of Mathcad available for subscription will be PTC Mathcad Prime. After December 31, 2021, PTC will no longer distribute Mathcad 15. The Structures Design Office is evaluating several options including migrating to Mathcad Prime and other software.
Learn how to model, analyze, and design check reinforced concrete culvert bridge. Design new reinforced concrete culverts and extensions to existing culverts are subjected to either earth fill and/or highway vehicle loading in accordance with the AASHTO LRFD Bridge Design Specifications. Precast concrete box culvert will be used in this design tutorial.
Design new reinforced concrete culverts and extensions to existing culverts subjected to either earth fill and/or highway vehicle loading in accordance with the AASHTO LRFD Bridge Design Specifications. Precast concrete box culvert will be used in this design tutorial.
Road, Railway Line and Irrigation Canal Projects require the construction of culverts and bridges to cross natural drains such as rivers, nalas, and streams. These structures are called cross drainage (CD) structures, and the width of the vent way required to allow the flood at these locations is called linear waterway (LWW). These comprise of Pipe culverts, Box culverts, and slab culverts.
The preparation of these drawings could be painful and time-consuming as the structure parameters change dynamically from each location. Typically, it is ideally proposed for about four to five culverts in 1 km. This indicates that there are considerable drawings to be prepared for any construction project.
When a pipe is placed in an excavated trench to move water away, it is referred to as pipe culvert. It is the most commonly used cross drainage. Its ease of installation and also being economical has made this type of culvert very popular.
The advantages of pipe culverts are many; it is easy to construct, can achieve any length, can withstand high tensile and compressive stresses. Backfilling is easy and does not require an approach slab in general as sufficient cushion is ideally provided in normal conditions.
Pipe culverts are the most common types of culverts as it is economical and easy to install. They are found in different shapes such as circular, elliptical, and pipe arch. Generally, their shapes depend on site conditions and constraints. Pipe Culverts on a small scale represent regular pipes like concrete pipes.
Box Culvert : Box culverts are four-sided rectangular structures, the lower side pressed into the ground below over the PCC, the top slab serves as the roadway, and the lateral sides supported by the soil on either side of the obstruction.
A box culvert may be provided with a single box, or multiple box cells placed side by side. The velocity of flowing water might change because of the bottom slab. The sharp corners of the box-shaped slabs make it unsuitable for vehicles running at high velocity. It is used for rainwater disposal and drainage.
Pipe Culvert Module of ESurvey Structure is a Software to create pipe culvert drawings in the required scale with different views and relevant cross sections. Using this module, you can create drawings of a new culvert or improve existing culvert by retaining the existing culvert.
Using the Pipe culvert module of ESurvey Structure, you can generate pipe culvert drawings such as Plan, Profile, Cross Section, and Details. You can also generate drawings for multiple pipe culverts and obtain detailed input and output reports.
To generate pipe culvert drawings for new or existing culverts, just provide some prerequisite settings like Road details, Pipe details, and other general settings like Headwall, Wing wall Encasing, PCC Pillar, Pipe Length reduction to manufacturer length, etc. Provide input data such as Road Type, Pipe, Road Formation Level, Chainage, Invert level, Downstream Side, and select the desired drawing template. You can generate Standard culvert drawings on the required scale easily.
To generate box culvert drawings for new or existing culverts, just provide some prerequisite settings like Road details, Pipe details, and other general settings like Road details, Pipe details, and other general settings like Headwall, Wing wall Encasing, PCC Pillar, Pipe Length reduction to manufacturer length, etc. Provide input data such as Road Type, Box Type, Road Formation Level, Chainage, Invert level, downstream side. You can generate Standard culvert drawings on the required scale quickly. 153554b96e
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