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Phần mềm Prokon

Prokon là một phần mềm mạnh mẽ và toàn diện trong lĩnh vực thiết kế và phân tích kết cấu, được phát triển bởi Prokon Software Consultants. Với lịch sử phát triển lâu đời và ứng dụng rộng rãi trong ngành kỹ thuật, Prokon đã trở thành một công cụ không thể thiếu cho các kỹ sư kết cấu và kiến trúc sư trên toàn thế giới.

Video giới thiệu tính năng mới Prokon 5.2

Tính năng nổi bật của phần mềm Prokon

1. Phân tích kết cấu

Prokon cung cấp nhiều công cụ phân tích mạnh mẽ, giúp các kỹ sư thực hiện:

Phân tích tĩnh học: Đánh giá ứng suất, biến dạng và chuyển vị của kết cấu dưới tải trọng tĩnh.
Phân tích động học: Đánh giá tác động của động đất, gió và các tải trọng động khác.
Phân tích phi tuyến: Mô phỏng hành vi của kết cấu dưới điều kiện tải trọng biến đổi, bao gồm cả phân tích phá hủy và biến dạng lớn.

2. Thiết kế kết cấu

Prokon hỗ trợ thiết kế đa dạng các thành phần kết cấu như:

Concrete slabs - Sàn bê tông
Punching shear - Tính toán chọc thủng
Concrete columns and beams - Tính toán cột và dầm
Prestressed beams - Tinh toán dầm ứng suất trước
Composite columns and beams - Tính toán cột và dầm composite
Timber beams - Tính toán dầm gỗ
Masonry beams - Tính toán dầm xây
Plate girders - Tính toán dầm dạng tấm
Foundations - Tính toán móng
Steel connections - Tính toán mối nối thép
Concrete anchors - Tính toán neo bê tông
Masonry walls - Tính toán tường chịu lực

3. Tích hợp và tương thích

Phần mềm này tương thích với nhiều phần mềm CAD và BIM phổ biến như AutoCAD, Revit và Tekla Structures, giúp dễ dàng trao đổi dữ liệu và làm việc hiệu quả trong môi trường thiết kế đa nền tảng.

4. Báo cáo và tài liệu

Prokon cung cấp các công cụ tạo báo cáo chi tiết và tài liệu thiết kế, giúp trình bày kết quả phân tích và thiết kế một cách rõ ràng và chuyên nghiệp.

5. Các gói phần mềm

Bộ phần mềm được chia thành nhiều module nhỏ, có khả năng phân tích thiết kế độc lập, và có khả năng liên kết với các module khác để thiết kế. Trong version 5 mới nhất hỗ trợ các gói modules sau:

Structural Analysis - phân tích kết cấu công trình
Concrete Design - Thiết kế bê tông cốt thép
Steel Design - Thiết kế kết cấu thép
Composite Design - Thiết kế kết cấu Composite
General Design - Thiết kế tổng hợp
Geotechnical Design - Thiết kế địa kỹ thuật công trình
Detailing - Triển khai chi tiết kết cấu
Structural Integration - Tương tác với các phần mềm kết cấu khác
Civil Design - Phân tích đường ống áp lực trong Autodesk Civil 3D

6. Prokon hỗ trợ các tiêu chuẩn thiết kế sau

Hỗ trợ các tiêu chuẩn thiết kế thép:

AISC - 1989 ASD
AISC - 1993 LRFD
AS 4100 - 1998
BS5950 - 1990
BS5950 - 2000
CSA-S16.1 - 1994
CSA-S16 - 2001
CSA-S16 - 2009
CSA-S16 - 2014
Eurocode 3 - 2005
GBJ 17 - 1988
IS800 - 1984
IS800 - 2007
SABS0162 - 1984
SABS0162 - 1993
SANS10162 - 2005

Hỗ trợ các tiêu chuẩn thiết kế bê tông:

ACI 318-1989
ACI 318-2005
ACI 318-2011
ACI 318-2014
AS3600 - 2001
AS3600 - 2009
BS 8110 - 1985
BS 8110 - 1997
CP 65 - 1999
CSA-A23.3-2004 (R2010)
CSA-A23.3-1994
Eurocode 2 - 1992
Eurocode 2 - 2004
HK Concrete - 2004
HK Concrete - 2013
IS:456 - 2000
NZS 3101 - 2006
SABS 0100 - 2000

Các hệ đơn vị

Imperial
Metric.

Hỗ trợ các tiêu chuẩn thiết kế gỗ:

BS 5268 - 1991
SABS 0163 - 2001
SANS 10163-2 - 2003

Masonry design codes

ACI 530 - 1999
BS5628 - 1985
SABS 0164 - 1992

Seismic design codes

TMH 7
UBC 1994
SABS 0160 - 1989
IS1893 - 2002
SANS 10160
Eurocode 8 - 2003

Wind design codes

CP3 - 1972
SABS 0160 - 1989
SANS 10160-3:2011

Gutter and downpipe design

BS 12056-3 - 2000

Reinforced concrete detailing codes

BS 4466 - 1989
BS 8666 - 2005
SANS 282 - 2004
SANS 282 - 2011

Tải bản dùng thử Prokon mới nhất: tại đây
Yêu cầu báo giá phần mềm Prokon bản quyền: tại đây
Yêu cầu tư vấn về các phần mềm khác: tại đây

Bộ phần mềm Prokon bản quyền được chia ra thành nhiều module nhỏ, hãy liên hệ với chúng tôi để được tư vấn lựa chọn module phù hợp với công việc của quý khách.

Thông tin liên hệ:

Construction Informatics and Consultancy JSC (CIC),
37 Le Dai Hanh, Hai Ba Trung Dist., Hanoi, Vietnam,
TEL#: (84.24) 39746798 FAX#: (84-24) 38216793
Hotline 085 999 9698 hoặc tuandinh@cic.com.vn

STRUCTURAL INTEGRATION

CIVIL DESIGN

STRUCTURAL ANALYSIS

SUMO

3D Structural analysis & BIM software
Analysis | BIM Modelling

This is a 3D BIM modelling and analysis tool. Build 3D models of structures using physical structural components such as beams, columns, and slabs. Sumo is a new generation, BIM compatible analysis and design tool that is continually evolving.
VIEW SPEC SHEET

FRAME

Structural analysis software
Modelling | Analysis

Frame Analysis performs frame and finite element analyses of 2D and 3D structures.

It can perform linear and non-linear static analysis as well as buckling, modal, harmonic, and seismic analyses of 3D models.

Frame is easy to learn and simple to use. Build your model using a combination of beams, shells, and solid finite elements. Analysis results can be exported to various other PROKON modules for member or connection design. Results can be viewed and added to a calcsheet in graphic format or analysis reports.
VIEW SPEC SHEET

PLANE STRESS

Finite element analysis of plane stress or strain problems
Analysis

The Plane Stress module can be used to perform a finite element analysis of a membrane of any general geometry subjected to plane stress or strain.

Combine simple polygons to model complex geometries. A suitable mesh is generated automatically. Multiple load cases comprising point loads and UDLs can be applied to the outline of the model.

VIEW SPEC SHEET

SINGLE SPAN BEAM

Analysis of 2D single span or cantilever beams
Analysis

The Single Span Beam module can be used to quickly analyse a beam. The beam can be a single span beam, or a single span taken from a continuous beam with the appropriate end conditions. The analysis results of steel beams can be post-processed with the steel member design module for combined stress.
VIEW SPEC SHEET

ELASTIC SUPPORT BEAM

Analysis of 2D beams on elastic support
Analysis

Elastic Support Beam was developed for rapid analysis of a beam or a slab on an elastic foundation.

This module allows for the analysis of beams or slabs with varying cross-sections along their lengths and the elastic foundation can include variations or gaps in the elastic medium and rigid supports. An unlimited number of loads may be entered.
VIEW SPEC SHEET

CONCRETE DESIGN

CONTINUOUS BEAM

Analysis and design of reinforced concrete continuous beams and slabs
Analysis | Design | Detailing

Design single and multi-span reinforced concrete beams and slabs, with rectangular, T, L or I shaped, and inverted T and L-sections, as well as tapered sections.

Analyse sub-frames with automated pattern loading of dead and live loads at ultimate limit state. Redistribution of moments and shears are done to a user-specified percentage.

This module can be used on its own or as a post-processor for frame analyses in PROKON’s Sumo and Frame Generate complete bending schedules for beams and slabs.
VIEW SPEC SHEET

CAPTAIN

Analysis and design of pre-stressed reinforced concrete continuous beams and slabs
Analysis | Design | Detailing

Design most types of continuous pre-stressed beam and slab systems from single span to twenty-spans, encountered in typical building projects.

Cross-sections can include a mixture rectangular, I, T and L-sections as well as user defined sections and tapered sections. The module automatically applies pattern loading to entered dead and live loads. At ultimate limit state, moments and shears are redistributed to a specified percentage. Different to Continuous Beam, Captain can calculate estimates for quantities tendon profile schedules can be generated for use with Padds. Schedules can be edited and printed using Padds.
VIEW SPEC SHEET

RECTANGULAR SLAB

Finite element analysis and design of rectangular slab panel
Design | Detailing

Design rectangular reinforced concrete flat slab panels with a variety of edge supports, e.g., free, simply supported, or continuous.

Enter multiple load cases comprising point loads, line loads and UDLs, and combine these with ULS load factors.

The program calculates steel reinforcement using normal code formulae. The automated reinforcement detailing allows you to edit the reinforcement and generate a bending schedule that can be edited and printed using PROKON’s Padds or Probar 2D modules.
VIEW SPEC SHEET

RECTANGULAR COLUMN

Design of rectangular reinforced concrete columns
Design | Detailing

The PROKON suite includes three concrete column design modules: one for rectangular columns, another for circular columns, and a third for designing columns with any general shape.

Design rectangular reinforced concrete columns typically used in buildings. Design charts can be printed for easy audit of results. A bending schedule is generated based on the appropriate detailing standard.
VIEW SPEC SHEET

CIRCULAR COLUMN

Design of circular reinforced concrete columns
Design | Detailing

The PROKON suite includes three concrete column design modules: one for rectangular columns, another for circular columns, and a third for designing columns with any general shape.

Design circular reinforced concrete columns typically used in buildings. Design charts can be printed for easy auditing of results. A bending schedule is generated based on the appropriate detailing standard.
VIEW SPEC SHEET

GENERAL COLUMN

Design any shape of reinforced concrete column
Design | Detailing

The PROKON suite includes three concrete column design modules: one for rectangular columns, another for circular columns, and a third for designing columns with any general shape.

This module designs columns that do not necessarily fall inside the scope of the code requirements for the simplified method approach. The program, therefore, reverts to first principles, strain compatibility and equilibrium of forces.
VIEW SPEC SHEET

RETAINING WALL

Design various configurations of reinforced concrete retaining walls
Design | Detailing

Analyse concrete retaining walls for normal soil and surcharge loads or seismic load conditions.

The program can design most conventional retaining walls, including cantilever, simply supported and propped cantilever walls.

Analyse walls with complex geometries like backward or forward sloping walls and toes, as well as walls that have a varying thickness with their height.

Choose between the Rankine and Coulomb theories and incorporate seepage in the analysis. A water table can also be specified.

VIEW SPEC SHEET

PAD FOOTING

Design isolated reinforced concrete pad footings
Design

Design rectangular concrete column bases for stability and strength.

The module allows you to design bases with up to two columns (or points of load application), stub columns, or no columns; each with multiple load cases. Link analysis results from PROKON’s Frame and Sumo with the program. The output diagrams include that of the bearing stress distribution, safety factors for slip and overturning, linear shear and punching shear checks, as well as required reinforcement for flexure. A reinforcement bending schedule generator creates drawings that can be edited and printed with Padds or Probar 2D.
VIEW SPEC SHEET

CRACK WIDTH

Beam and slab crack width design
Design

Design reinforced concrete sections to meet specific crack requirements.

Both rectangular beam and slab sections can be designed to resist the effects of axial tension, bending moment and temperature and the combination thereof. Temperature effects are also included to evaluate early cracking and long-term thermal cracking.

The program accounts for concrete shrinkage due to hydration by a combination of the thermal expansion coefficient and the restraint factor. The design method employed by the codes is ideally suited for non-temperate regions like Europe.
VIEW SPEC SHEET

BEAM SECTION

Design of concrete beam sections
Design

This program can design rectangular and T-sections subject to shear, bending and torsion. The user can decide whether the flange participates in the torsional resistance. The single input table makes it quick and easy to enter the section geometry and ultimate loading. Moment redistribution is allowed.

VIEW SPEC SHEET

PUNCHING SHEAR

Design for flat slab punching shear
Design

Design reinforced concrete flat slabs for punching shear at internal, edge and corner columns by specifying the distance from the support to the slab edge; the program automatically determines the shear perimeters.

You can also enter the amount of longitudinal reinforcement (that affects the shear capacity) in the two main directions.

The design output gives the critical load case with corresponding amounts of punching shear reinforcement needed for each perimeter, as well as suggested reinforcement configurations and detailed calculations.
VIEW SPEC SHEET

STEEL DESIGN

STRUT

Steel members subject to axial stress
Analysis | Design

Effortlessly design and optimise basic steel members subjected to axial stress, e.g., truss members.

The module primarily acts as a post-processor for the Frame and Sumo modules, but also has an interactive mode for quick design or checking of individual members without first performing an analysis in Sumo of Frame.
VIEW SPEC SHEET

COMBINE

Steel members subject to axial, bending, and shear stress
Analysis | Design

Effortlessly design and optimise basic steel members subjected to a combination of axial and bending stresses, e.g., beams and columns in frames.

Easily process your analysis results from PROKON’s Frame and Sumo modules or use the interactive mode for quick design and checking of individual members without the need to first perform and analysis in Sumo or Frame. Simplify the design of a frame by breaking it up into different design tasks.
VIEW SPEC SHEET

CRANE BEAM

Steel runway beams for gantry cranes
Design

Swiftly design and optimise multi-span crane gantry girders with one or two cranes.

The program allows for continuously or simply supported girders. Multiple combinations of main beams and capping beams, including standard I-sections, plate girders and box girders are also supported. The design procedure for crane gantry girders is like that used for statically loaded girders. Crane Beam calculates the envelopes for all the required design forces, including vertical loads and horizontal effects of the moving cranes, moments, and deflections.
VIEW SPEC SHEET

PLATE GIRDER

Built-up plate girders
Design

Plate Girder can design I-shaped sections with identical or different top and bottom flanges.

The program also allows you to vary the section properties along the length of the girder to model a tapered element. The program checks the behaviour of girders under specified loading and gives guidance regarding bearing and intermediate stiffeners. The analysis output can be viewed graphically, or you can view the detailed design calculations.
VIEW SPEC SHEET

BASE PLATE

Steel column base plates
Design | Detailing

Design column baseplates subject to axial force and bi-axial bending as well as shear and torsion.

The Base Plate module can design baseplates that support steel columns of any general steel profile. Base plates can also bear directly on concrete or grout or can be supported on studs. Base plate stiffeners are also supported.
VIEW SPEC SHEET

BEAM COLUMN

Steel beam to column moment connections
Design | Detailing

Easily analyse connections that transmit shear, moment, and axial force with PROKON’s moment connection design modules, Beam Column and Apex.

Design welded or bolted rigid beam to column connections for I and H shaped members.
VIEW SPEC SHEET

APEX

Steel APEX moment connection
Design | Detailing

Easily analyse connections that transmit shear, moment and axial force with PROKON’s moment connection design modules, Beam Column and Apex.

Design welded or bolted rigid apex connections for I and H shaped members.
VIEW SPEC SHEET

HOLLOW SECTIONS

Steel hollow section connections
Design

The Hollow Section performs design checks on welded hollow section joints in lattice structures.

The connecting members transmit axial force and can be circular, square, or rectangular hollow sections. The main chord can be I or H-sections. Supported connection layouts include K, T, N, X, and Y joints and combinations thereof.
VIEW SPEC SHEET

BOLT GROUP

Eccentric bolt group
Design

Performs a linear or non-linear analysis of loads applied in the plane of a group of bolts.
VIEW SPEC SHEET

WELD GROUP

Eccentric weld group
Design

Performs a linear or non-linear analysis of loads applied in the plane of a group of welds.
VIEW SPEC SHEET

CLEAT

Double angle cleat shear connection
Design | Detailing

Design a double angle cleat shear connection between an I and H-shaped column and beam.
VIEW SPEC SHEET

FIN PLATE

Fin plate shear connections
Design | Detailing

Design a fin plate shear connection between an I and H-shaped column and beam.
VIEW SPEC SHEET

END PLATE

End plate shear connections
Design | Detailing

Design an end plate shear connection between an I and H-shaped column and beam.
VIEW SPEC SHEET

ANCHOR BOLT

Cast-in anchor bolts
Design

Analyse and design groups of cast-in anchors subject to tensile loads. A graphical presentation of each potential failure mode gives the engineer confidence in the design. This module is typically used alongside Base Plate.
VIEW SPEC SHEET

Composite Design

BEAM

Design of composite beam and slab sections for sagging and hogging moments
Design

Design composite beam and slab sections for hogging and sagging moments. Choose from a variety of configurations, including ribbed and corrugated profiles. Both partial and full shear connections are allowed.

CONTINUOUS BEAM

Analysis and design of continuous composite beams and slabs
Analysis | Design | Detailing

The composite continuous beam design program allows you to design multi-span composite beams. Composite construction methods are becoming more popular globally due to the rapid construction potential and efficient use of materials. The program forms part of the PROKON structural analysis and design suite together with the three other composite design modules.

FILLED COLUMN

Design concrete filled hollow steel profiles with reinforcing
Design

Design columns made of hollow steel sections filled with concrete. View interactive design diagrams to evaluate different combinations of applied load.

ENCASED COLUMN

Design of steel profiles encased in concrete with reinforcing
Design

Design concrete encased steel columns typically used in retrofit construction. View interactive design diagrams to evaluate different combinations of applied load.

GENERAL DESIGN

PROSEC

Calculate the section properties of any cross-section
Analysis

To calculate the of cross-sectional properties of general shapes it often involves the solution of equations that require numerical approaches. Prosec uses the finite difference method to calculate over 30 section properties.

You can import cross-sections from the section database or use Padds to sketch the section and then export the sketch to Prosec. The section database is fully compatible with Prosec, so custom sections created in Prosec can be saved for use in Frame, Sumo, a selection of the design modules and even third-party applications such as Autodesk® Revit®.

WIND

Code based wind analysis of rectangular structures
Analysis

Wind eliminates the tedium of wind loading by computing the free stream velocity pressures, including frictional effects due to wind, on building structures based on a few simple inputs.

Three-dimensional depictions of input and output illustrate the wind direction and pressure vectors, thus reducing the effort of transferring wind loading to the correct regions of an analysis model. Cladded, mono- and double-pitched buildings are supported. Frame integrates with Wind via the portal and trussed frame wizards.

GUTTER

Design of gutters and downpipes for typical structures
Design

Analyse gutters and downpipes that drain roofs of building structures.

Using the requirements of BS EN 12056-3 – 2000, the module design gutters and down pipes to drain roofs of building structures for specified rainfall intensities and design durations. The rainfall intensities can optionally be picked from a list of regions in the United Kingdom and South Africa. Gutter offers a 3D visualisation of the roof segment and a roof and gutter draining diagram eases result interpretation.

MASONRY SECTION

Design of reinforced masonry sections
Design

The PROKON suite includes three modules for the design of masonry sections, walls, and free-standing walls.

Design reinforced masonry sections spanning gaps for bending and shear. Choose from a variety of mortar and brick classes.

MASONRY WALL

Design of load bearing masonry walls
Design

Design load-bearing masonry walls subjected to eccentric in-plane loads.

MASONRY FREE WALL

Design of masonry free-standing walls
Design

Design free-standing masonry walls subjected to out-of-plane loads.

TIMBER BEAM

Design of timber members subject to axial and bending stress
Design

Check and optimise timber members subjected to a combination of axial and biaxial bending stresses, e.g., beams, frames, and trusses.

The program primarily acts as a post-processor for the Frame and Sumo. It also has an interactive mode for the quick design or checking of individual members without needing to perform an analysis in Frame or Sumo first.

SECTIONS

Sections database
Database

A repository of steel, concrete and timber sections grouped by country. Find the properties of any known section used in your region of the world. Add custom sections for use in Sumo or Frame.

MATERIALS

Materials database
Database

A repository of steel, concrete and timber materials. Find the properties of any known material. Add custom materials and stress-strain curves for use in Sumo or Frame.

GEOTECHNICAL DESIGN

BISHOP SLOPE

Evaluate the stability of generalised soil slopes with the Bishop’s Modified Method
Geotechnical

The Bishop Slope module is used to evaluate the stability of soil slopes. Run deterministic or probabilistic analyses of soil slopes considering circular slip surfaces.

NON-CIRCULAR SLIP

Evaluate stability of non-circular slopes
Geotechnical

Run deterministic or probabilistic analyses of soil slopes considering non-circular slip surfaces.

WEDGE ANALYSIS

Determine the factor of safety of a tetrahedral wedge that may form in a rock slope
Geotechnical

Evaluate the stability of tetrahedral wedges in rock slopes. Probabilistic and deterministic modes are available.

ROCK SLOPE

Determine the factor of safety of a planar failure in rock
Geotechnical

Evaluate the stability where cut slopes are intersected by a planar discontinuity.

BEARING CAPACITY

Evaluate the ultimate bearing capacity of shallow foundations.
Geotechnical

Evaluates the ultimate bearing capacity of shallow foundations. The foundation may be circular, square, or rectangular. The base and the external ground slope may be angled, and the forces and moments imposed on the base may come from any direction. Both drained and undrained conditions are evaluated.

JOINTED ROCK MASSES

Evaluate a non-linear shear strength envelope for a range of input parameters
Geotechnical

Evaluates the non-linear shear strength envelope for a range of input parameters. Output may consist of instantaneous cohesion and friction values or the actual shear strength for a given normal stress. Deterministic and probabilistic modes are supported.

ROCK ROUGH JOINTS

Evaluate the shear strength failure envelope for rough joints in rock
Geotechnical

Evaluate the shear strength failure envelope for rough joints in rock. The analysis may be performed in deterministic or probabilistic mode. In probabilistic mode the range of input parameters are generated using simulation techniques to generate a probability density distribution of the output shear strength.

PILE BEARING

Calculate the bearing capacity and design reinforced concrete piles
Geotechnical

Calculate the bearing capacity of and design reinforced concreted piles. The capacity calculations consider the effects of pile length and diameter, installation type and soil conditions.

Detailing

PADDS

Rebar detailing and automatic scheduling
CAD & Detailing

The PROKON suite includes a full-featured CAD program, Padds, designed specifically for structural engineers.

An easy-to-learn 2-dimensional draughting and rebar detailing tool. The scheduler reads all rebar entities in the drawing space, allowing you to focus on drawings. Import and export DWG drawing files to collaborate with other software.

PROBAR 2D

Rebar functionality and automatic scheduling in AutoCAD®
CAD & Detailing

Probar 2D is an extension, created by PROKON, for AutoCAD® that turns it into a full-featured reinforced concrete detailing system.

Probar 2D offers almost identical functionality to PROKON’s Padds, but in the AutoCAD® environment.

STRUCTURAL INTEGRATION

PRODESK

Bi-directional data transfer between Autodesk® Revit® and Sumo
Modelling

Seamlessly transfers information between Autodesk® Revit® Structure and Sumo. Prodesk enables collaboration and information sharing amongst design professionals.

PRODESK STEEL

Bi-directional data transfer between Autodesk® Advance Steel® and PROKON
Modelling

Seamlessly transfers information between Autodesk® Advance Steel® and Sumo. Prodesk Steel enables collaboration and information sharing amongst design professionals.

BATCH FILE UPGRADER

Batch File Upgrader for Revit®
Modelling

Upgrade multiple Autodesk® Revit® Projects (*.rvt) or Revit Families (*.rfa) in a folder to the most current version.

The batch file upgrader will scan a user-specified folder (with the option to scan subfolders) for project files and family files, upgrade them and save them in the same folder. All backup files are automatically removed afterward in order not to clutter the folder that is being upgraded.

This application requires minimal input and works great with multiple library file upgrades.

WATERMARK

WaterMark for Revit®
Modelling

A watermark tool for Revit® content to protect IP. The WaterMark tool assigns custom watermark data to any one of the following options:
– Projects (document level)
– Projects elements (any Autodesk® Revit® entity)
– Families (document level)
– Family elements (any Revit entity)
Watermarks cannot be removed, replaced or modified without the original WaterMark user password.

DRAW SPREADSHEET

Draw Spreadsheet for Revit®
Modelling

Import and draw Excel spreadsheets in Revit® drafting views.

This add-in allows the user to open a spreadsheet, using the .xlsx or .csv file format, and then to define a selection / region to insert into an active Autodesk® Revit® Drafting view by creating an external link (using DXF), then inserting it as an external link into the active Drafting view. There are many add-ins available that can import spreadsheets into Revit using Schedule views, which requires a parametric link to model elements, but very few (if any) that can insert any spreadsheet table data into a Drafting view using the methods mentioned above. This allows the user to insert virtually any table region into Revit, which can then be placed onto Sheets. The current version does not handle merged cells or images in spreadsheets.

LANDXML PIPE NETWORK IMPORTER

LandXML Pipe Network Importer for Revit®
Modelling

This add-in was designed to work with Autodesk® AutoCAD® Civil 3D® LandXML exports of pipe networks.
LandXML exports from other applications cannot be guaranteed but may also work with this add-in.

CHANGE ANALYSIS

Change Analysis for Revit®
Modelling

Compare two version of the same model with detailed options and advanced comparison analyses.

Delta Tools for Autodesk® Revit® is an advanced Revit project comparison utility. With this tool, the user specifies 2 versions of the same project, the program then analyses user-specified changes between the two models, comparing model elements from many categories and displaying them in a color-coded 3D view, together with a dynamic element “finder” floating dialog.

There has never been an easier and more effective change management tool for Revit. You also have the option to save the analysed data and to share with other users who can then leverage off of the recorded changes to dynamically focus on elements in the model(s) that have been added, removed or modified.

CLASH NAVIGATOR

Navisworks® Clash Navigator for Revit®
Modelling

View and Manage Navisworks-generated clashes directly in Revit®.

This tool does not require Navisworks to be installed in order to work. NavisClashNav imports Navisworks® clash reports (text format) and converts it into a spreadsheet compatible manager, with clash previews. Dynamically link to clash elements, similar to Switchback, but without the need for Navisworks® Manage.

WARNING NAVIGATOR

Warning Navigator for Revit®
Modelling

Use this tool to navigate Autodesk® Revit® Warnings using a floating dialog with dynamic links, filters, and spreadsheet-based features.

CIVIL DESIGN

PRONET

Pressure pipe network analysis in Autodesk® Civil 3D®
Modelling

Analysis of pressure network objects within the AutoCAD® Civil 3D® environment.

Pronet is an extension for AutoCAD® Civil 3D®, created by PROKON, which allows you to add analytical data to pressure network objects, this includes pressure pipes, pressure fittings as well as pressure appurtenances, and then perform an analysis using a modified 64-bit EPANET engine. The analysis is fast, and it is performed within the AutoCAD® Civil 3D® environment.