How drone technology was used in 250,000 sq ft logistics building in Dunstable

Construction firms are deploying new digital technologies like drones, BIM, data analytics, and offsite manufacturing to obtain digital or reality capture information as well as enhance productivity & profit margins and offer a better product & service to the end client.

were engaged by Baytree + Readie Construction employ ProDroneWorx to generate regular survey grade precise 2D/3D digital or reality capture outputs for the full length of the project with drone technology for a new 250,000 sq ft logistics building in Dunstable, near to the M1.

The digital reality capture outputs (3D Point Cloud, Textured Model, Digital Surface Model, 2D Orthomosaic, Google KMZ) were developed with drone technology and photogrammetry which allowed both the developer and the contractor to optimize the digital management of this large 15-acre asset as well as produce thorough data insights, superior co-ordination on the project, greater data deliverables to clients whereas minimize costs and risks.

A digital twin of this project was constantly formed to adapt with modifications onsite and applied as follows:

Helped surveyors, designers, project managers and senior management to evaluate the developments associated with the design models.

Controlled earthworks with cut and fill volumetric measurements.

Allowed tracking project advancement at all phases of the build and against the design models and progress month to month.

Quality assurance checks of the steel frame construction and incorporation of the high resolution imagery into BIM.

Confirmation with reference to the amount of work accomplished.

Outputs were provided inside Virtual Reality (VR) and integrated with BIM.

2D and 3D reality capture outputs were incorporated with current workflow processes since the data was provided in different CAD, BIM and GIS formats (dwg, dxf, xyz, las, laz, obj and e57).

Survey grade precise 3D point clouds were generated concerning all the areas, objects and structures with photogrammetry within two days of flying. The point cloud created from a drone includes 100m points across the whole site with precisions of lower than 5cm and these were tested with check points. The models were imported into BIM or CAD software to make comparisons against the design models and among time periods to monitor development and make sure that the build was not delayed. The data was also utilized to strictly control earthworks onsite, cut and fill volumetric calculations were made from the point cloud data.

The single high resolution orthomosaics created were orthorectified in order that measurements could be obtained from them, they were also secured into the OS grid with ground control points for global exactness. CAD models were super-imposed on the orthomosaics in the project design stage to recognize and plan the orientation of buildings, road, footpaths, services. It provides the user unique insights into the site and its surrounding area whereas facilitating the onsite and offsite teams to monitor the advancement of the project against design drawings.

The digital information created by drone technology transformed the way through which the project will be controlled and as a result both time and money is saved significantly. In just two days of the drone flight, the 2D and 3D digital outputs were fully prepared for examination; which (because of the size of the project) couldn’t be done with conventional methods. These data can be provided in regular team meetings with contactors and to notify the client about the development of the project.

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Different types of risks with BIM (Building Information Modeling)

Building information modeling (BIM) software is a tool that can be used to minimize the cost of construction as well as accelerate the construction process of any project.

BIM software can decompose components of the job and help to obtain a superior understanding of the construction project that is executed by the contractors and subcontractors. If employed perfectly, BIM can minimize construction time, costs, and claims.

The problems may occur when BIM is not precisely shared and demonstrated to all construction members.

Communication: While enforcing BIM as an inherent part of your project, the problem may arise if proper collaboration is not made among everyone associated all through the construction phases. With BIM, the architects can produce a superior building model that minimizes costs and materials, if the general contractor (GC) is not involved on the plan, then claims and issues will take place.

Control: As soon as the BIM is formed and allocated to the project members, proper protection should be taken to minimize the scope for consequent modifications by unauthorized parties. The process is complicated to modify a BIM model on large construction projects where various consultants and contractors give effort to complete modifications to reap their own advantage devoid of distributing the ideas to the whole group. Hence, a team leader should be appointed and performed as the only authorized user to rectify the BIM model.

Design Errors: Who will be responsible when the building collapses to abide by the most updated construction codes? There exist a thin line among liabilities as each party taking part in planning phases, corrections and input to the BIM model. In several cases, legal issues are stimulated by claims demonstrated by the GC, because of misinterpretation or inappropriate designs. Due to these types of errors, extra legal fees may incur which were not taken into consideration in the original contract, minimizing the savings formed with the BIM process.

Construction Costs: When BIM is employed on construction projects, it provides an idea of the total anticipated construction costs without showing the real cost. BIM facilitates you to work out the most precise building cost-to-complete, but it will not take into account actual price deviation from developing market like metals and petroleum-derivative products, politically-vulnerable commodities like oil, and uncontrollable events like natural disasters.

Minimizing Errors - The following tips are important for eliminating some errors and risks common to using BIM:

• The BIM team leader should be a tech-savy.

• BIM group members should have the capacity to communicate their ideas smoothly.

• Liabilities should be allotted evidently. Each team member should be well versed with their role and drawbacks.

• Make sure your contractors can build with BIM.

• Consult with your insurance agent regarding all relevant issues that can develop from malpractice issues and under-performing relevant issues.

• Apply clear and specific contracts that can recognize all potential risks and their liabilities.

Next Steps: BIM is applied with the Integrated Project Delivery system to curtail claims and possible issues. Some key specific legal clauses can also be integrated into the construction and design contracts. As with BIM, better communication among team members is the most vital factor to get success while employing BIM-IPD in your construction project.

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IMAGINiT Technologies introduced IMAGINiT Clarity for Revit 2019

IMAGINiT Technologies launched 2019 IMAGINiT Clarity Family of Products which provide a new scope for the Revit users to avail and control the model data of Revit efficiently.

There is a new dashboard and incorporation with Autodesk Dynamo facilitates the BIM professionals to obtain over 55 metrics across several projects allowing collaboration among project partners.

The followings are some new and advanced features of the product :-

MAGINiT Clarity now supports Revit 2019 and earlier versions of Autodesk Revit, as well as BIM 360 software.

A New High-Level Dashboard facilitates the BIM coordinators to observe significant data on one screen to recognize and deal with the issues instantly. On the dashboard, user-defined ranges make out issues in red and yellow facilitating BIM Coordinators to easily check trends across several models and projects and tackle any variations.

Clarity/Dynamo Integration applies bespoke Dynamo nodes to obtain model metrics that are not presently in IMAGINiT’s list of 55 metrics and pulls them into the Clarity 2019 dashboard. With bespoke Dynamo scripting, the users will be able to directly access the metrics on the opening page of the Revit model.

Integration with BIM 360 allows flexibility to project partners by providing every team a specified area to preserve their updates to the model. Teams can then take decision whether they prefer to pull in work from other project partners or distribute their work with them on the basis of important milestones.

Additional Task Management improvements like the capacity to print a hard copy and new integration with SharePoint simplify the Clarity environment and make the application simple for BIM team members.

To get more details, visit www.imaginit.com/clarity



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The role of BIM and FM in existing building

The latest digital tools are applied to perfectly capture wide-ranging 3D point cloud data as well as record the built environment with amazing detail and perfectness, irrespective of the nature or use of the building.

The objective of point clouds and high resolution, high dynamic ranging imagery data sets is to support drafting and modelling tasks, an office supported method that facilitates the formation of dependable and genuine digital copies of reality.

In due course, these intelligent, parametric models framework the optimum way for distributing the project and asset information, substituting the conventional 2D computer aided design drawings.

Besides, the BIM output is customized to make it suitable for the owners and operators: populating BIM objects with asset information whereas connecting these objects with Facilities Management software, facilitates the application of the model throughout the operation of the facility and getting advantage from inclusive 3D spatial illustrations of the assets.

In reality, surveying and modeling as built structures and assets can put challenges: a common barrier is the scarcity of comprehensive asset registries. All through as-built surveys the asset should recognized and coordinated with the survey data set; a prospective method is to label prevailing assets with unique ID’s or employ RFID’s to recognize each pertinent object, as a consequence rendering them assignable inside the survey data set.

Predefined attributes allotted to parts or components in a BIM package can be expanded to adapt specific requirements like part numbers, model or product codes can be added in shared parameters that extend the predefined inventory. In the same way, elements like installation date or warranty expiry date, pertinent for operation and management, can be included with the BIM.

The movement of data among BIM and FM software is more and more streamlined with the use of the COBie (Construction Operations Building Information Exchange) data format. This non-proprietary format set ups a standard for the publication and delivery of asset data and is compatible with the more suitable BIM and FM packages. By generating scripts to automate the flow of data among different tools is the most recognized method of systematically updating and retaining the models and asset registries devoid of manual data entry.

Implementing BIM is a process to consolidate digital information, removing redundancy and thus arranging more and accurate data for FM tasks. It makes sure that the models accessible online will provide lots of advantages to maintenance works. As a result, the service engineer can apparently trace the components for maintenance purpose and verify the work order as soon as the item is recognized. Upon completion of the servicing work, the same technician can populate the appropriate object parameters, thus computerizing the system of updating the central model and FM database.

Article Source: www.bimireland.ie

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ViewAQC™ for Revit® 2019 Now Available

This construction article sheds light on cement mortar composition, cement mortar ingredients, cement mortar properties and uses of mortar in building construction.

26 Degrees Software has launched ViewAQC 2019 for Revit 2019. ViewAQC now comprises of a “usage” license format, facilitating the firms to control all the projects firmwide with a single license file. With ViewAQC, the Revit team members get the ability to deal with and reference views from any Revit model into any other Revit model.

Some leading firms like Cannon Design / Chick-Fil-A / Gensler / HDR / HKS / IBI Group / KCCT NBBJ / Perkins+Will / Renzo Piano Architects / Shop Architects / SMRT Inc. are presently utilizing ViewAQC on their projects.

The incorporation of ViewAQC eliminates the possibility of error as well as time-consuming task of fake view references from linked models. With a simple click of a button, it is possible to determine which model retained the correct view reference source information, in spite of exploring through all the models to obtain it. The project team members can employ ViewAQC in the similar model devoid of any issues or overlap because of its nearly instant updating.

To get complete details, go through the following link 26degreessoftware.com



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Vectorworks 2019 launched for BIM

Global design and BIM software solutions provider Vectorworks, Inc. launched the 2019 release of Vectorworks Architect, Landmark, Spotlight, Fundamentals and Designer, as well as Braceworks and Vision.

The purpose of this new release is to enhance the design efficiency through overall performance and quality. This new release provides innovations and enhancements to considerably enhance the 3D and BIM modeling, 2D documentation and presentation workflows for designers in the architecture, landscape, entertainment and interior design industries.

In Vectorworks 2019, focus is given on the most common workflows and usage patterns of the customers to make their overall productivity better with Vectorworks products across the board.

The users of all Vectorworks products can now experience faster workflows and superior software performance with multiple core support in the Vectorworks Graphics Module, new layer and class search and filter options, and image effects.

Vectorworks Architect and Landmark customers can enjoy superior BIM capabilities along with 3D site model sculpting; the capacity to get BIM objects displayed with varying levels of detail in plan, elevation and section drawings; greater openBIM interoperability; and a new partnership integration with AutoTurn online for assaying vehicle swept paths. Vectorworks Spotlight can take the support of the new My Virtual Rig (MVR) import and export file format, as well as improvements to 3D modeling with Spotlight tools and commands. New bridle analysis features will be useful for Braceworks users. The users of Vision will experience a greater user interface and up to 7x faster performance of the previz application.

Vectorworks 2019 provide significant effect on productivity, facilitating the designers to make their daily design work quicker and simpler. With the Vectorworks Graphics Module, it is now possible to access all existing user hardware, and governing the power of all existing CPU cores with increased usage of GPU on sheet layers accelerate all the workflows. The users can now filter renderings and images devoid of exporting to Photoshop. Besides, it is also possible to insert, display and modity the level of detail that hybrid objects demonstrate in a drawing.

To get more details about Vectorworks 2019, please visit vectorworks.net/2019



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How to use Revit to design facade elements

In this revit video tutorial, you will learn how to generate the façade elements as wall sweeps as well as modeling a custom wall sweep for that.

The Sweep tool in Revit can be used to add a baseboard, crown molding, or other type of decorative horizontal or vertical projection to a wall. You can add a wall sweep to a wall from a 3D or elevation view.

To add a sweep for all walls of a type, you modify the wall structure in the wall’s type properties.

It is possible to schedule wall sweeps. Integral wall sweeps, which belong to the wall type definition, cannot be scheduled separately.

If wall sweeps are formed at several heights and then later on set to the similar height, the sweeps miter at the joins.

While editing vertically compound walls, the sweeps tool can be used to manage placement and display of sweeps or reveals on all walls of that type.

To learn the complete process, watch the following video tutorial.

Video Source: Balkan Architect

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NBS Chorus, the first cloud-based platform for BIM professionals

NBS Chorus belongs to a collaborative specification platform specifically useful for global design and construction. It facilitates the professionals to generate superior quality specifications proficiently.

With the application of cloud technology, the users will be able to obtain the latest software and global content at all times, enhancing collaboration and efficiencies over entire teams and minimize risk.

NBS Chorus facilitates the entire team to work in tandem with each other. It associates the people you require from any location, offers the entire team with perfect global standards and classifications and relates this all simultaneously in a platform developed for BIM on a global scale.

The capability to function inside a cloud-based software platform facilitates to collaborate with external organisations undertaking projects globally with the capabilities of the collaborative software.

This platform will facilitate to work more efficiently among Studios as well as with other consultants. One can get the ability to assess specifications not in isolation from the design/model, but as part of the design, will allow for more collaborative discussion with context.

As project specifications can be obtained from various design discipline in a single area, the effective collaboration will be created and it will eliminate the risk of gaps in the project specification as well as take out assumptions in design information that contains numerous responsible parties.

NBS Chorus presents structured content written and maintained to UK or Canadian practice and standards.

To get more details about NBS Chorus, visit www.theNBS.com

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Benefits of 7D (Operations and Facilities Management) BIM

It is found that more than 90% of total building lifecycle costs are associated with facility maintenance and operations. The application of BIM in facility management is gaining popularity among real estate and facilitate managers.

BIM 7D provides the following benefits :-

Preventative Maintenance Scheduling: BIM is applied to organize and monitor maintenance activities effectively and properly with the use of the information concerning the building structure and equipment employed in the facility.

This type of protective maintenance works can enhance the performance of the building, minimize remedial maintenance and emergency maintenance repairs and raise the productivity of maintenance staff.

Sustainability Analysis: BIM is combined with other analysis & evaluation tools to monitor the performance of the building that is relative to particular sustainable standards to recognize the faults in the building systems. Facility’s sustainability program should be enhanced to match the sustainability goals in an efficient manner.

Asset Management: Assets of a building comprises of the physical building, its systems, equipment and surrounding environment. Asset management is effective in short-term as well as for long-standing planning for preserving the building assets properly.

The bi-directional Building Information Modeling (BIM) integration into asset management software facilitates superior visualization of assets and helps in the maintenance and operation of a facility.

Space Utilization Management: Facility professionals and department liaisons can employ BIM to control, monitor and allocate proper spaces and pertinent resources inside a facility effectively. BIM space management application is useful for planning renovation projects and future requirements, distributing space for utilizing each corner of the building perfectly and monitoring the effect of intended changes.

Disaster & Emergency Planning: BIM offers vital information of the building to enhance the effectiveness of disaster response plans and reduce any risk. BIM is combined with building automation system (BAS) to demonstrate where the emergency is situated inside a building, to discover feasible routes to the affected area and to determine other hazardous areas within the building throughout such emergencies.

Source : https://ilovemyarchitect.com



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The role of BIM Execution Plan (BEP) for MEP firms

With advancement of BIM, the demand for BIM Execution or Implementation Plan is also increased. BEP facilitates every project stakeholder to get updated with the project. Now MEP firms extensively implement BEP for improved BIM Level 2 execution.

BEP becomes part and parcel for construction projects specifically large and complicated projects like BIM. The basic BEP plan is utilized to make sure that all the stakeholders, architectural, structural and MEP professionals remain on the equivalent page and proceed at the same predefined pace retaining the clear view in focus.

So, BEP in its nature signifies consulting insights on how BIM will be enforced across the project for each professional ranging from designer, MEP engineer, MEP consultant, or a MEP contractor as well as inter-disciplinary design teams and engineers.

How does BEP impact MEP firms?

Specifically MEP firms reap the most benefits from BEP on BIM coordination. Any MEP firm that deals with a complicated construction project plays a significant role across phases to remain organized. With a BIM implementation plan or a BIM consulting partner BEP is formulated easily to make sure that each stakeholder recognizes their part and can adopt the activities consequently and make out what should be anticipated from other disciplines.

• BEP Documents: The information provided in BEP documents comprise of a plan for BIM adoption, how the data in BIM files are generated, controlled, documented and distributed across the disciplines. When Mep Firms can access such information sets, their teams will to able to undertake decisions for fabrication, delivery at site and installation.

• Project Guide: Aside, when major deliverables and a guide to project milestones are evidently defined, MEP engineers and teams who participate in the project at later stages with regards to other design engineers, BEP plays a very important role in adopting up to date decisions.

• BEP for construction projects: BEP for the construction projects also comprise of practical working method with the details of filenames, abbreviations and acronyms, annotations, symbols in mark-up drawings (if any) and lots other used in the BIM model. The detailed plans in BEP with a guide simplify the task of MEP teams; particularly in formulating MEP coordination drawings and finalizing MEP layout.

Advantages of BEP to MEP firms: When BEP are designed with complete documents to integrate various teams and collaborate to accomplish the project in a systematic and phased manner. BEP provides benefits to MEP teams in the following ways.

• Superior communication and management
• Improved collaboration as per standards
• Reduce reworks
• Saving of time and costs

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A position is vacant for BIM/Design Coordinator

The Opportunity: A position is vacant for BIM/Design coordinator on full time basis to offer its service for a highly reputed electrical services and data/communications company.

Any BIM & Revit users who hail from either a Building Services or Architectural background can apply for the post.

Duties & Liabilities:

• Accomplish detailed designs on Electrical projects.
• Deal with a wide array of small to large scale industrial & commercial projects.
• Make coordination with the design team all over the Australian offices.
• Make coordination with other consultants & clients.
• Effectively deal with documentation work entrusted by the engineers.
• Avail the opportunity to make bright career as a Design Manager.

Skills and Experience:

• Sound knowledge in Revit and CAD
• Be familiar with other BIM software tools & BIM processes.
• Sound communication & presentation skills
• Proper attention to detail and sound documentation skills
• A well-built design background from a MEP discipline will be an added advantage
• Familiar with the Electrical industry but it is not compulsory

Benefits:

• Nice working culture
• Car allowance / Car provided for the right candidate
• Adjustable working hours
• First-rate remuneration
• Huge career progression!

Apply: To get more details about the position, give a call to Sarah Wells on 02 9350 8330 or apply directly sending your resume in MS word format through mail at sarahw@constructive.net.au

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How BIM was employed in San Francisco mega project to improve collaboration

A large-scale development project is going to be developed in Transbay area as part of a rezoning plan to support more density in the transport hub.

The project comprises of a 605-foot residential tower and a 910-foot hotel, condo and office tower — designers at London-based architectural firm Foster + Partners have settled to make a transition from 2D, CAD-based software to Autodesk’s 3D BIM Revit software.

It facilitates the architects to coordinate all design decisions which are undertaken through the software interface in a centralized location.

By employing the cloud-based Revit platform, project stakeholders will be able to avail the most updated information about the project and wide-ranging 3D visuals from any remote location, to allow evaluation of quality and make improved design details at the initial stage of the project life cycle.

BIM simplified the process for exchanging real-time feedback during the modeling process in coordinating the typical and complex “diagrid” cladding on the taller of the two towers.

3D modeling software is very helpful to make proper examinations concerning the design, the massing and the 3D articulation of the project.

The Architects, engineers and contractors utilize Revit to explore through various scenarios, make necessary modifications to any aspect of a building and make arrangement to reflect that change across the model in real time.

The modelling software allows the AEC communities to get access to entire project context and the most updated plans at any specified time and causes earlier decision-making and real-time collaboration to complete the project on schedule and sometimes earlier than schedule.

To reduce risk of structural or spatial conflicts with encompassing structures throughout construction, the designers modeled buildings on the perimeter apart from high-rise models, before breaking ground on the project.

In the same way, a clash detection feature in Autodesk’s Navisworks software facilitates the users to identify and rectify overlapping elements, interferences among moving objects and other design errors in a BIM model before construction. It significantly helps to reduce the constructability risk and the scope of costly rework later in the project timeline.

3D BIM models are “absolutely vital to contractors as they don’t have to get somebody searching for a set of 2D plans and trying to imagine situations and detect [issues].

There were 35 architects to be associated with the Ocean wide Center project, working to coordinate complicated structural components and fulfil design goals, client objectives and seismic requirements.

Source: constructiondive.com



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Autodesk has made significant updates to Revit and Dynamo softwares

Autodesk has made vital updates to its Revit and Dynamo platforms. Autodesk Revit 2019 comprising of Autodesk’s proprietary building information modeling (BIM) program, combines alterations on the basis of the user requests for viewing controls in an efficient manner.

The open-source Dynamo 2.0 software is supported with a new file format and user-friendly scripting language, Architect Magazine reported.

In Revit 2019, there is an “or” Boolean operator to deal with viewing preferences, other than the subsisting “and” variable. It facilitates the users to obtain more combinations of viewing conditions. Other new features range from multi-monitor support and double-fill patterns for added visual interest.

Dynamo 2.0 saves files in JavaScript Object Notation (JSON), in spite of the XML file format that is employed in the earlier version. The node library can now be rescaled and collapsed to simplify the task of browsing. The scripting language has also been simplified.

In the end of last year. Autodesk has also introduced the Connect and Construct Exchange, a BIM 360 integration partner program that renders third-party software applications and data to the workflow. The program contains over 50 partners.

BIM 360 associates workflows across preconstruction, execution, fabrication, installation and facility management, and the exchange plans to add value to each of those components.

For more information, click on the following link constructiondive.coms

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GRAPHISOFT launched ARCHICAD 22 for BIM

GRAPHISOFT has introduced ARCHICAD 22, the newest version of its award-winning BIM software solution. With ARCHICAD 22, the architectural design and documentation workflow for building façades has been improved significantly. Besides, crucial enhancements are made to ARCHICAD 22 concerning construction modeling, information management and 2D performance.

The Curtain Wall tool of ARCHICAD 22 is significantly refurbished to transform the designing process of building façades a perfect graphical experience for architects with its modular pattern editor.

The new Façade Design workflow contains the whole design workflow from concept through design development to documentation supporting local standards fully supported with BIM.”

New features of ARCHICAD 22: The renovated Façade Design workflow offers a adjustable design environment for architects to produce external or internal façades with modular structures and hierarchical, simply modifiable patterns. ARCHICAD-Grasshopper Connection is also significantly improved and it supports both conventional and algorithmic workflows.

The improved Profile Editor simplifies the process for generating intelligent profiles for columns, beams and walls and manage the shapes and sizes of their cross sections through BIM parameters.

The brand-new Expression Defined Properties significantly enhance the power of ARCHICAD to control the “I” in BIM. GRAPHISOFT’s patent pending Machine Learning (ML) algorithm modifies 2D navigation to each project’s content and leads to a very smooth and responsive navigation.

ARCHICAD 22 also comprises of Maxon’s latest (R19) CineRender engine that produces stereoscopic or 360° spherical renderings; a superior Teamwork experience because of rapid element reservation; and greater quality and accuracy while exporting building component information from composite skins and complex profiles – with OPEN BIM standards.

ARCHICAD 22 also offers various othr performance and functional enhancements. To get more information, please visit www.graphisoft.com/archicad

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Autodesk Revit Add-in allows the users to link their BIM to 360 Degree Immersive Imagery

NavVis, a leading solution provider in mobile indoor mapping, visualization, and navigation, just introduced a new add-in for Autodesk Revit.

The Revit users can use this add-in to associate their BIM models to 360 degree immersive imagery and point clouds which are captured with the NavVis mobile mapping system. This add-in makes the process simple for generating and updating obsolete BIM models to reveal the present condition of the building.

NavVis technology stands for a multipurpose reality capture solution that facilitates to instantly scan the present condition of large industrial and commercial properties and move the data on any device. The data is procured by the NavVis M6 mobile mapping system, an groundbreaking mobile mapping system that can scan indoor environments s at rapid speed.

The data is then visualized in the NavVis IndoorViewer, a browser supported software that streams the immersive panoramic images and point clouds.

It is now possible to incorporate the NavVis IndoorViewer with Revit BIM models through this Revi add-in. With this integration of Revit and IndoorViewer, a side-by-side comparison of the BIM model can be done and the scanned state of the building can be determined distantly from a desktop.

It facilitates the users to instantly identify the changes which were made at the time of formation of the model and the present condition was captured to accelerate the process of updating BIM models. With the incorporation of BIM and IndoorViewer, data silos can’t occur and the planning errors are decreased which may happen because of outdated information.

The Revit users who install the add-in can access the added value of the NavVis IndoorViewer, which range from adding and pursuing information and mark-ups, taking measurements, determining route and online collaboration with stakeholders.

For more information, click on the following link www.navvis.com



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InfraWorks Collaboration Enterprise cloud collaboration with BIM 360

Various teams can now connect on InfraWorks models with the help of Autodesk BIM 360 platform to provide companies better managing project data and controlling access to project-specific libraries with roles and permission settings. Users can now select a BIM 360 project for storing new InfraWorks models made with Model Builder and Team members can also take advantage of the BIM 360 document management functionality to view and profit valuable project data.

Autodesk is very popular and best known for AutoCAD but it also developing big range o software for every creative field as well as a line of software for consumers such as Sketchbook, Homestyler and Pixlr. They are also creating some educational version of its software with no cost for qualified students and staff through Autodesk Education Community. They also have some digital prototyping software such as Autodesk Inventor, Fusion 360 and the Autodesk Product Design Suite which are used in the manufacturing industry for visualizing, simulating and analyzing real-world showing a digital model in the design process. Autodesk apps can be used in the iPhone, iPad, iPod and Android and the company continuously more accessible design technology for both professional and new designers, homeowners, students and casual creators whoever wants to make and share their ideas with the outer world.

BIM 360: BIM 360 enhances construction project delivery by supporting informed decision-making throughout the project lifecycle; it also connects the people, data and workflows on every project by doing design collaboration, documentation and reviews etc.

Here are the newest features that can be used by users of BIM 360 and InfraWorks:

Shared Views: These are a quick and simple way for sharing InfraWorks models online without investing in an enterprise-level solution such as BIM 360.

Terrain Contours: These displays has been upgraded with view-based settings to navigate the presentation and visibility of contour lines and elevation text labels or specific major and minor contour intervals can be set to show wile zooming in past a certain point.

Parametric tunnels: InfraWorks is now allows parametric tunnel component parts and groups and users can design tunnels in the context of a total infrastructure project and they can be designed in Autodesk® Inventor® for further use and import into InfraWorks.

Detailed bridge design: InfraWorks road alliance and span end lines can be sent to an Autodesk Structural Bridge Design model to allow a bridge designer or engineer to make a more detailed model and execute refined analysis.

Consolidated road modeling: InfraWorks can consolidate modeling tools; planning roads are for visualization of large networks and component roads are for introductory engineering; in this new release all previous design roads will be automatically transformed to component roads.

Interoperability-

Dynamic integration with Revit: InfraWorks bridges can be actively updated in Revit whenever users modify a bridge in InfraWorks and they will get an option of matching the InfraWroks bridge which avoids losing all the detailed design work that has been done previously in Revit.

Import InfraWorks roads as Civil 3D corridors: While importing component roads from InfraWroks to Civil 3D they will automatically become corridors with surfaces and subassemblies and give users the improved design capabilities that offer by component roads while supporting more strong interoperability with civil 3D.

Civil 3D 2019 (Design) - Fixed vertical curves with high or low points: Civil 3D users now can specify a new kind of fixed vertical curve in an alignment profile to specify a low or high point enabling them for starting the profile design from a specific point. This feature also helps users for developing the rest of a design from a known point and stick to that design constraint in the entire design process.

Rail cants supported in Subassembly Composer: Rail subassemblies that are created in Subassembly Composer now get that ability to read the cant which has been calculated on the alignment and then those cant values are used to build a corridor that can reflect the calculated cant.

Drawing Production - Batch Saves: Now various drawings and template files can be viewed and saved to the newest versions of Civil 3D using the Autodesk Batch Save Utility; custom scripts can now also add in the batch operation which will save time while shifting a project to a newer version of Civil 3D.

Drawing Comparison: The new AutoCAD DWG Compare and identifies and visually shows the differences between two drawings; moreover that the modified, added or removed objects are shown in a new comparison drawing using different colors to show the differences.

Source: www.geospatialworld.net

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Published By

Rajib Dey

www.bimoutsourcing.com

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