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AutoCAD Civil 3D 2016 SP2

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cadcamaec@protonmail.com2024-01-16BIM.Civil.InfraStructure85

AutoCADCivil3D-CADisforinfrastructuredesignanddocumentation,workflows,whicharebasedon

AutoCAD Civil 3D - CAD is for infrastructure design and documentation, workflows, which are based on information modeling (BIM). AutoCAD Civil 3D helps professionals to better understand the performance of the projects supported by the consistency of the data and processes, and to react to changes quickly.
software tools for the design of AutoCAD Civil 3D infrastructure based on BIM (BIM), helping to reduce the terms of reference for project work, perform calculations, and implementation of changes. Automate time-consuming tasks to optimize workflows in a project. Create, manage and share design data using Vault Professional and AutoCAD Civil 3D.

New and Improved Civil 3D 2016
infrastructure Design
Designing corridors (improved)
When creating intelligent models of roads, highways and other transportation facilities are used corridors simulation function. Models corridors are used to create the design of surfaces, bill of materials, cross-sections, as well as to determine the volume of excavation. You can target line corridors from AutoCAD external references. In addition, a form of the body can be extracted corridors. For the formation of transitions in the corridors and fix elevation tracks are used, profiles, survey figures, feature lines and polylines AutoCAD.

Interactive Designer intersections allows you to create complex models of intersections of roads, dynamically changing during the project further modification. Intelligent custom components are created using Autodesk Subassembly Composer.
The following functions have been improved.

Tool "repeat Geometry", which is used to repeat certain relations to achieve their target surface in Autodesk Subassembly Composer or to the repetition of these bonds specified number of times.
Tool definition corridor goals layer. Assign a target corridor by means of objects grouped in AutoCAD layer, and select the track on the layer to use as a target for the width and offset.
Tools create AutoCAD bodies based on TIN surfaces, piping systems, pressure pipe networks in AutoCAD Civil 3D, which allows to use the body for visual analysis in other applications.

Pressure pipe systems (improved)
Pressure pipe systems are modeled in 2D, and in 3D. Use the 3D-model of pressure pipeline networks to test the interactions between the components. Networking is possible using polylines, shooting figures and lines. Supported by the addition of a variety of fittings and accessories. Access to models of pressure pipelines is possible from different sections of the project, with the supported data shortcuts.
There have been improvements, allowing to create AutoCAD body of a TIN surfaces, piping systems, pressure pipeline AutoCAD Civil 3D networks that are used for display.
Non-pressure pipeline network (improved)

System of household and storm sewer are based on the rules. The pipes and wells can be edited using both graphical and manual input; and for them there is a function to check interactions. Improvements: creation and printing of the final drawings of pipeline networks in the plane, on the kinds of profiles and types of cross-sections; sharing information about pipeline networks through the program Storm and Sanitary Analysis; creation of AutoCAD bodies of TIN AutoCAD Civil 3D surfaces, piping systems and pressure piping systems for display.

Profiling
relief models support dynamic connection with the elements - breaklines, corridor models, and grading objects. Use surfaces as a basis for creating profiles, sections and corridors. Save time and reduce errors by using the Automatic Updates feature. Use powerful tools to mark up the output line to the relief and projection profile, to create surface models for several types of profile projection. Develop surfaces with easy-to-use graphical and tabular AutoCAD Civil 3D tools to manipulate profiling.
Features AutoCAD Civil 3D profiling using dynamic relationship between the models of corridors and routes / profiles help to solve many design problems.

Formation of land
You can combine tools Automated land with mapping information, which will work out the design options faster. Application tools Automated areas, together with the cartographic information and data Surveying allows you to find the right balance when linking sections between the requirements for wastewater treatment and environmental laws and regulations. Finding the best option, you can quickly generate documents for public hearings, review and final approval.

Modeling bridges
Bridge Module * enables modeling of bridges and their components. Create models of bridges to be placed on the basis of the geometry of the roadway and AutoCAD Civil 3D surface, including flooring, supports, abutments, bearings and fencing of the bridge span. On the basis of these beams and fences are AutoCAD Civil 3D profiles.
* Included in the subscription to the Infrastructure Design Suite 2016 (the Premium and Ultimate).
Working with geology data
Geotechnical Module * simplifies the import and use of these wells. Import well in AutoCAD Civil 3D. Create surface layers in the wells. Build documentation wells groups.
* Included in the subscription to the Infrastructure Design Suite 2016 (the Premium and Ultimate).
Designing of railways

Module Rail Layout * simplifies the design of railway tracks. Creation of new tracks and turnouts is made on the basis of the catalog.
* Included in the subscription for AutoCAD Civil 3D 2016 and Infrastructure Design Suite 2016 (the Premium and Ultimate).
Develop design concepts using InfraWorks 360
Infrastructure Design accelerated by the possibilities of interaction with Infraworks 360 (English). Study plans and cost estimates with the appropriate level of detail helps to establish the scope of work, budget and schedule. Staff can more reliably assess the various options for the project in the context of the environment, increasing the efficiency of the exchange of information with all stakeholders.
Creating infrastructure drawings and documentation release
CAD Standards

An extensive library of AutoCAD Civil 3D styles, which takes into account a number of national standards, useful for creating infrastructure projects and production documentation. Styles allow you to control colors, types of lines, contours and pitch marks. Styles and standards can be adapted within your organization. Tools of management styles to help achieve standardization.
Detailed documentation (improved)

The program automatically generates the working documentation, including drawings, annotations provided with longitudinal and transverse profiles, as well as statements of earthworks. Development environment of working drawings on the basis of different styles allows you to automate the process of creating the model drawings in compliance with all drawing standards. drawings Communication with the model and with each other is provided through external links and shortcuts to data; thereby supported workflow, which is based on a single model. If the model changes, drawings quickly brought into line with its new status.
Content annotation is formed on the basis of information about the objects and automatically updated with any changes. In addition, AutoCAD Civil 3D automatically responds to changes in the scale and orientation of the species, adjusting the size designation.

For efficient use of tags and types of pipes intersecting cross sections improved following elements.
Tags intersecting pipes:

Mark intersections pipe flowlines on the types of profiles and cross sections.
Marking pipes intersections gravimetric networks in the kinds of profiles and cross sections.

Cross-sectional views:

Browse types of cross sections from left to right and right to left.

Issue card
Mapping functions are used to create the maps, which involve individual objects or data, such as the flood zone, dimensions and pipe material, soil types, the boundaries of wetlands, as well as the border between the districts. Used styles can be saved and used in subsequent projects.
Reports and Tables

Quantitative information about the model (line working volumes and others.) In real time is stored in the dynamic table. On the basis of the consolidated data on the quantity, volume and pickets can generate various types of reports. In addition to standard forms of reporting, it is possible to describe the custom forms in accordance with the requirements of the documentation.
GPS-survey and data collection
Data access and sharing

It supports read, write, and convert data in a variety of formats. With the ability to work with aerial and satellite imagery and geospatial web services so as to maximize the use of data from publicly available sources. Import and export files in formats widely used GIS and CAD: ASCII, DWG, ESRI SHP, E00 and Arc / Info coverages, LandXML, GML, MapInfo MIF / MID, TAB, MicroStation DGN, Oracle, Ordnance Survey MasterMap (DNF) (GML2 , read-only), SDF, SDTS (for reading) and the Vector Product Format (VPF, read-only only).
surface modeling

Tools relief modeling support a wide range of surface data, including DEM files, LIDAR (laser scanning), SHP and Surveying of land. dynamic analysis procedures, tagging and documentation can be used for large surfaces and help professionals better understand the current conditions. Users receive real-time information on the amount of earthwork, slope and drainage network.
Creation of topographic maps
The workflow capabilities are tightly integrated Surveying data. These features formed consistent design environment where points, survey figures, and surfaces are used throughout the work on the project without having to manually coordinate conversion or transfer of data from geodetic systems specialized in CAD for the design of infrastructure. After adding the survey data in a project all existing elements in it updated.
Additional features:

direct import of data from field journals;
processing of least squares method;
setting of coordinate systems and transformation of coordinates;
editing of survey data;
automated creation of survey figures;
creation of surfaces.

The use of these laser scanning (enhanced)
You can create a point cloud, using data from LIDAR scanning (LIDAR). Tools work with point cloud allows you to: import and visualization of point clouds; stylization of the data points by LAS classification, color system RGB, marks and intensity; usage data to create surfaces; entering information on construction sites; digitizing as-built documentation for infrastructure projects. The possibility of creating surfaces from Civil 3D point cloud data.
The following functions have been improved.

Creating TIN surfaces based on point cloud files created with Autodesk ReCap.
Creating surfaces based on one or more point clouds.
Allocation of certain areas inside the point cloud.
Using the filter parameters to designate points related or not related to the earth's surface.

Visualization and Analysis
geospatial analysis
Geospatial analysis capabilities make the planning process more reasonable. Built in AutoCAD Civil 3D mapping capabilities let you create queries against spatial data, create thematic maps, perform buffer, tracing and overlay analysis.
Calculation of stormwater
Program Storm and Sanitary Analysis included in the AutoCAD Civil 3D 2016 and all versions of the software package Infrastructure Design Suite 2016. The dynamic elements of the model are no longer limited to working documentation for the project. Now you can explore more design options for maintaining the relevance of the model. Already in the early stages of the work of specialists can analyze the various types of projects.
The following functions have been improved:

storm drainage in urban areas;
watersheds and culverts on motorways;
stormwater management and water treatment;
Design and calculation of sumps and outfalls;
domestic sewage, pumping stations, pressure mains.

Analysis of the model
Analysis of the already formed model avoids redundancy workflow. In detail the project experts in real-time information on the impact of the changes on the project. Analysis of slope, elevation contours and allows for a better understanding of the model surface. Using the volume calculation features of earthworks, professionals can plan the transportation of soil, its volume and storage space during construction.
The ability to quickly build earthworks volumes chart when you make changes to the project helps to:

determine the location of the zero line of work;
calculate the volume and direction of movement of materials;
plan space for quarries and dumping.

In addition to statements of digging, you can import custom sheets of purchased components, to drawing objects and then assign the estimated cost. Based on estimates of designated elements calculates the quantitative parameters and form statements.
Visual analysis
Representation models create corridors through imaging materials corridor corresponding to elements in the model, such as asphalt or concrete. Means-of-sight analysis, including the precise calculations of distance, visibility along the corridor, allow you to visually explore the 3D-model. You can use the import / export IMX for transferring data between software products and AutoCAD Civil 3D InfraWorks 360 (English) for additional visual analysis.
Analysis of the rivers and streams of water
Module River and Flood Analysis, available on the Infrastructure Design Suite Ultimate 2016 Subscription temporary license Desktop Subscription, or to subscribe to Maintenance Subscription service, allows you to automate the processes of analysis and mapping. Automate clipping cross sections of HEC-RAS, an analysis of the water surface, mapping flood plains and other modeling tasks. Perform automated calculation undermining of bridge piers. Perform automatic mapping of floodplains and spills for the subsequent transfer of these cards in the governing bodies and agencies.
AutoCAD Civil 3D and 3ds Max
Create professional visualization using AutoCAD Civil 3D with 3ds Max for 3D-modeling, animation, rendering and compositing. Photorealistic rendering infrastructure models is carried out quickly and efficiently using 3ds Max 2016 as well as a set of functions Civil View, which is included in 3ds Max.
The Civil View has simple functions on the basis of style and an extensive library of specialized parametric objects and materials. This helps designers to achieve amazing results. Civil View establishes a dynamic link with data from AutoCAD Civil 3D. When you make changes in the project visualization of the project can be easily updated in accordance with these changes.
collaboration
AutoCAD Civil 3D and InfraWorks 360
Use InfraWorks 360 model in AutoCAD Civil 3D design data and transfer back to the model
InfraWorks 360. You can also use created in InfraWorks 360 surface, the planned design and road junctions, bridges and sewers. Assign AutoCAD Civil 3D drawing as the data source for the transport model InfraWorks 360 containing detailed design. Use the configuration parameters to determine how Infraworks objects are correlated with AutoCAD Civil 3D styles during import.
Exporting IFC Files
Import and export bodies in AutoCAD format Industry Foundation Class (IFC).
AutoCAD Civil 3D and Vault Professional
Coordination of projects in real time facilitates the use of products such as Vault Professional (data management) and Buzzsaw (English) - a tool provided by the model of "software as a service (SaaS)». In conjunction with AutoCAD Civil 3D, Infrastructure Design Suite Premium or Infrastructure Design Suite Ultimate is the solution for collaboration and data management enables you and your professionals to manage models, designs and project data more efficiently. design objects, such as surfaces, alignments, and so on. e., can be grouped within folders types of objects in subfolders. You can also create links to items from the various projects contained in the repository.
AutoCAD Civil 3D and Navisworks