#Autocad civil 3d 2013 surface snapshots software#

Some thoughts on survey are discussed bellow. Define targets such as EG Surface LandXML Export Surface Style and Labels Surface Analysis Orbit and Object Viewer Quick Section Water Drop Inquiry Tool Alignments Alignment properties (design speed, superelevations) Inquiry commands Alignments Profiles Profile Views Inquiry commands Alignments Profiles Profile Views Inquiry commands Transparent commands Subassemblies Assemblies Alignments Profiles Assemblies Corridors 8 Generate FG surface, sections, spot elevations, reports, calculate volumes, quantity takeoff Generate surface, use point, section and reporting tools Surfaces Sections Quantity takeoff Reports 4ДҐ 9 Create overpass corridor, including bridge, abutment daylights, quantity takeoff Create corridor models to include alignments, profiles, assemblies Alignments Profiles Assemblies Corridors Surfaces Grading Survey Files related to Survey section of the class can be found in Step01_Survey in accompanying dataset. Apply design criteria to verify profile against local standards Create required assemblies to be applied to the corridor Create corridor models to include alignments, profiles, assemblies. Apply design criteria to meet the applicable transportation standard 6 Create typical sections to be utilized for ramp modeling based on contractual standards 7 Create corridor ramps by applying its constituents alignment, vertical profile, and assemblies Create surface object based on contours or import LandXML file Use various Civil 3D tools to evaluate, examine and analyze the 3D model of existing ground Create alignments, apply alignment styles and properties, including design speeds, superelevation data Create profiles, show them in the profile views and utilize inquiry commands to evaluate elevations and slopes Create profiles by layout in existing profile vies that show existing condition.

#Autocad civil 3d 2013 surface snapshots software#

3Д¤ Workflow Engineering Tasks Software Processes Software Features Used 1 Create 3D or import model of existing ground (EG) 2 Evaluate 3D model of existing ground 3 Establish horizontal geometry for proposed ramps, and apply design criteria design speeds and superelevation data (widening) 4 Cut the profiles through EG surface to observe existing condition elevations 5 Create proposed vertical profiles to meet EG. Rob received his Bachelor of Science in Civil Engineering from Norwich University in Northfield, Vermont.Дў Table of Content About Speakers/Authors Class Scope and Workflow Survey Horizontal Geometry Existing road widening Criteria Design Creating Surface and Layout Profiles Sections/Assemblies Corridors, Surfaces Surface, Reporting, Analysis Overpass design 2ДЈ Class Scope and workflow Class covers cloverleaf interchange but principles shown in the class are applicable to many other interchanges. Recently, Rob has been involved in transportation projects in both Panama and Greece. His experience includes numerous projects with the NJ Turnpike, Garden State Parkway, NJDOT, and other counties and municipalities. Rob Vincent, Langan Engineering And Environmental Services Rob is a highway engineer for Langan Engineering and Environmental Services located in Northern New Jersey. Strah is proud member of the Autodesk Geospatial Customer Council. He used to teach Engineering Graphics with AutoCAD at Rutgers University, participated in the advanced engineering design, CAD and database management, CAD support, in-house CAD training sessions, and custom applications programming.

About the Co-authors: Strahimir Antoljak PE, CIO at Civil Engineering Institute of Croatia (IGH) In addition to 16 years of international experience in several civil engineering disciplines, Strah has a broad CAD/GIS and computer programming background. He has 16 years working experience with Civil designing software. In his current role he is involved in countryfication of the product in many countries and ensuring product suitability for different regions. Tomas has Master degree in Land surveying on Civil engineering faculty. This 3D model is published via Autodesk Freewheel and can be viewed at About the Speaker: Tomas Lendvorsky, Autodesk, AEC Application Engineer Civil - EMIA CHS Countries Tomas is Application engineer responsible for AutoCAD Civil 3D in Emerging countries. We'll cover modeling of four new ramps (two inner and two outer ones) by adding them to an existing half-cloverleaf interchange, and we'll explore the existing surface, design, and tie into an existing part of the cloverleaf, meeting AASHTO criteria. 1 Cloverleaf Interchange Design with AutoCAD Civil 3D Tomas Lendvorsky Autodesk Strahimir Antoljak Civil Engineering Institute of Croatia (IGH) Robert Vincent Langan Engineering And Environmental Services CV314-3 This session will present an excellent real world example of cloverleaf interchange design using Civil 3D.