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Showing posts with label MEP engineers. Show all posts
Showing posts with label MEP engineers. Show all posts

Thursday, December 21, 2017

How BIM provides great benefits to MEP engineers through 3d building system design

Building Information Modelling (BIM) facilitates MEP engineers to visualize building systems precisely before the commencement of actual construction which result in taking more informed decisions in advance in the design phase. So building system design becomes more perfect as well as organized from concept through construction.

A BIM model includes coordinated and reliable information which help in communicating designs as well design alterations evidently with MEP engineers and their project team members. Thus project team members can fulfill their goals.

BIM facilitates project team members to take sustainability initiatives by carrying out energy analysis, assessing system loads, generating heating and cooling load reports.

A BIM model aids in maintaining coordinated design data, reducing errors & omissions, and increases collaboration amid engineering and architecture teams. All model information is preserved inside a solo, coordinated database. Any modification and revision to information is updated automatically all through the model.

On the basis of workflow and project requisites, MEP engineers get the ability to collaborate and interact successfully. BIM allows project team members to lessen design clashes through real-time clash and interference detection.

BIM reproduce real-world MEP system performance for having superior overview of cost, scheduling, and environmental impact.

BIM offers more authentic and coordinated construction documents for whole MEP design team. BIM automatically produce plan, section, elevation, detail, and schedule views which reveal design information in a perfect way. All model views are synchronized from a universal database facilitating more reliable, coordinated change management.

Engineers will be able to make HVAC systems with mechanical functionality and offer 3D modeling for ductwork, plumbing and piping system and revise the model by dragging design constituents onto the screen in more or less any view. Modeling can also be performed together in section and elevation views. If some alterations are taken place to the MEP model, all model views and sheets are updated automatically. This results in preserving more perfect, coordinated designs and documents.

How BIM provides great benefits to MEP engineers through 3d building system design


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Published By
Rajib Dey
www.bimoutsourcing.com
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Thursday, February 2, 2017

How To Efficiently Arrange Foundation Plane In Revit 2017

This Revit video provides detailed information on how to organize foundation plane in Revit 2017.
With Revit 2017 MEP engineers will be able to document fabrication elements inside Revit and allow for downstream detailed measurement and construction. Revit 2017 can automate the fabrication model layout and transform design level of detail model elements to fabrication level of detail elements. The contractors will get the ability to instantly create a model for detailed coordination fabrication and installation.
Structural Engineers can link design and detailing workflows. Enhance the definition of design intent or level of detail for reinforcement modeling and documentation, as well as link steel design to detailing workflows in a better manner.
Download Revit 2017 | Free Trial
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Published By
Rajib Dey
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Thursday, October 27, 2016

FARO Launches PointSense 17.5 For Revit And Cad Users

FARO just launches PointSense 17.5 that offer advanced new tools for pulling out and organizing building and plant features from point cloud data within Revit and AutoCAD.

PointSense 17.5 for AutoCAD contains various custom-built tools for eradicating various building components like walls, windows and doors. As soon as the building components are extracted, architects can use the alignment tools to significantly accelerate the method of conveying 2D plans from 3D point clouds.

PointSense 17.5 also facilitates the industrial facility designers to generate 3D plant models. Among the new features, one is a computerized cylinder extraction tool that minimizes the time as well as makes the process easy for 3D modeling of piping from point clouds.

PointSense 17.5 for Revit also accelerates the workflows with the use of a new toolset for pipe modeling and a new visualization tool that demonstrates only the appropriate parts of the scan project for the users which are useful for them.

By applying the new pipe modeling and visualization tools in PointSense for Revit and the advanced functionality for architects in PointSense for AutoCAD, customers will be able to notice a significant improvement in their workflow. "MEP engineers will be able to function directly within Revit, devoid of applying third party software tools for pipe documentation. The architects will be able to align their workflows quickly.

To get more updates on the new features of PointSense 17.5, go through the following link :- www.faro.com/AECsoftware17-5

FARO Launches PointSense 17.5 for Revit and Cad users
Image Courtesy: faro.com
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Published By
Rajib Dey
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Friday, September 23, 2016

Basic Differences Between AutoCAD And Revit

Autodesk AutoCAD and Autodesk Revit are widely used in the architectural field all through the globe. AutoCAD is a globally recognized tool for drafting of internal and external areas of buildings whereas Revit offers great solution for generating perfect plans for building information modeling (BIM) for bigger projects.

Given below some points which highlight the basic differences of these two major applications:-

1) AutoCAD is mostly utilized commercial software for 2D and 3D Computer Aided Designs (CAD) and drafting.

Revit is based on BIM platform and facilitates the users to design a building, structure and its element in 3D. Revit is also used to annotate the model with 2D drafting elements and avail building information out of the building models information.

2) The use of AutoCAD is found among wide industrial areas by architects, project managers, engineers, designers, and different professionals.

Revit software is primarily intended for, structural engineers, architects, designers, MEP engineers, and contractors.

3) AutoCAD is more compliant as compared to Revit as it contains all the surface, mesh and solid commands.

Revit is quite complicated as you have to carry out things properly for construction because you are not just developing a 3D model but also a model that allows you to perform coordination of the job and a lot more.

4) AutoCAD allows you to perform with lines to produce basic geometry to demonstrate realistic objects.

Revit works with geometry that contains real life information. Besides, Revit can be used to function in one view like a floor plan, alternative views are produced automatically.

5) AutoCAD is mostly suitable for 2D drawing where only accurate line work is required, like an elevation detail drawings.

Revit is specifically designed for modeling, making cost schedules, collaboration and change management.


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Published By
Rajib Dey
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