BIM Modeling for effective building construction

BIM Modeling has emerged as a cutting-edge technology for generating, exhibiting, exchanging and managing building data. For this reason, Architects and Engineers working in a BIM environment are generating as well as sharing substantially more data as well as model based deliverable than what was done before. BIM Services enables development of coordinated virtual 3D Models, Construction Drawings, Cost Estimation and scheduling information for building projects. BIM Modeling is a very integral part of this industry. BIM Services under the umbrella of Virtual Construction Modeling helps effective visualization, validation of design, storing building data and extraction of important drawings prior to construction. BIM Services also include co-ordination of Architectural, Structural and MEP models,Clash Detection services, Clash resolution services. BIM Services help in analyzing the building and extract building information prior to actual construction. This analysis at a later stage helps in cost estimation (4D), phasing and planning projects (5D).

With help of BIM Modeling,we come across data, models and representations which help in bridge information gaps occurring whilst construction. Virtual construction modeling also enhances visibility and gain collaboration among different construction phases Architectural, Structural, Mechanical Electrical and Plumbing alongside fire protection. From initial design, through to facilities management to the accomplishment of the design and drafting phase, BIM Modeling help in fast completion of construction projects.

Different Software’s like Revit Architecture, Revit Structure, Revit MEP, Tekla, etc. are available in market for executing BIM Modeling Projects. It is essential for the construction industry to keep an eye on the latest techniques and ideas being used for effective and accurate project execution. BIM services helps in effective real time implementation on the Project Life Cycle. If we are able to attain a complete collaborative process, we will be in a position to share the information straight away and be much more efficient. BIM services also helps in reducing overall project cost by controlling waste of construction material.

With latest technological advancements, computers are able to handle almost any project size as well as execute detailing in an easier way via BIM Modeling services. Architects, Engineers and Contractors must be well versed with these, because those who don’t will be left behind.

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Revit 2013 – How this software upgrade facilitatesBuilding Information Modeling

BIM Services have transformed overall construction approach. It has turned tables around the way which we create, exhibit, exchange and manage building data. With the advent of latest software’s and tools, pre-construction phase has become a less daunting task. Autodesk Revit is amongst the widely used software employed for executing Building Information Modeling projects. With various upgrades and versions already available, Autodesk once again has upgraded Revit BIM – Architectural, Structural and MEP versions. Latest feather on the cap is Revit 2013. It has been updated with various advanced features which we will be reviewing going forward in this informative piece.

The most significant enhancement on Revit front is the availability of an integrated version of the application, with BIM Modeling applications for Architectural, Structural, and MEP domains all rolled into one. All of these applications if required are also available in the form of standalone products like Revit Architecture 2013, Revit Structure 2013 and Revit MEP 2013.

Some of the prominent features of Autodesk Revit 2013:

• Enhanced stability when Save to Central or Sync with Central.
• Construction thermal and structural value can now be exported as gbXML for downstream building performance analysis applications.
• Offers enhanced control while using Create Assembly Views from the project browser
• REVIT Server advancements to enable storage of a central model on a lot of servers
• Visualization Enhancements-Raytracing features of real-time rendering, Customized Ghost surface and transparency overrides, Preview RPC in the realistic visual style and enhanced background options
• Interoperability Enhancements for executing BIM Modeling- Enhanced import and Export of .DWF and .DWG files.
• Enhanced IFC Export to assist in building SMART International IFC certification and enhanced control while importing IFC data incorporating invalid patterns and special characters.
• Revit Exchange App Store enables convenient accessibility to add-ins and other content in the Revit platform.
• Dimension Enhancements for enhanced BIM Modeling.
• Enables improved Construction Documentation by means of MEP Centerlines
• Enables Designing of Piping system as per Industry Standards together with Routing Preferences
• Enables computation of Engineering Spaces and also pressure and Flow calculation for Duct as well as Pipe

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Integrate BIM For Green Building Design

Conventionally, building construction industry is amongst the most prominent and critical business field. This is easily an industry which causes a lot of issues with respect to environmental conditions. Looking into the fact that everyone is turning new leaf to give an eco-friendly environment, why would construction industry not go for it. Construction industry has always evolved with time. New concepts, technologies, systems, building techniques have given a new dimension to construction industry. Awareness of environmental conditions, constant built up of how certain hazards can harm environment has given birth to Green Building systems. Green building concept is a part of Building Information Modeling. Environmental friendly elements are used for construction purposes. Various systems are used to recycle energy. Wood, glass,landscaping, water plants etc. are used.

How Building Information Modeling facilitates in constructing Green Building?
There are numerous methods where Building Information Modeling can assist the green building concept. These comprise of

1. Creating work efficiencies which lessen the amount of carbon emissions produced by machinery.
2. Disturbing the natural land layout and hydrology as little as possible .
3. Minimizing human error in construction thereby saving valuable time, materials and energy.
4. Designing paperless projects .
5. Optimizing the usage of materials readily available, thus cutting down ( together with adequately disposing of ) waste.
6. Building Information Modeling in addition has a huge impact on a building’s recurring green documents; by aiding Architects

visualize precisely how the final building will utilize light and energy, and the best way it will influence on the surrounding environment.

As is the situation in a lot of environmental initiatives, there exists an associated long-term cost benefit in other aspects to companies that make an effort to put their ‘green hat’ on. Reducing carbon emissions entails lessening machine functioning time, meaning decreasing labor hours required to do the job.
This also helps in maximum utilization of solar energy, fuel control etc. which helps control pollution and heat emission.

Using Building Information Modeling you can surely preserve environment and conduct complete energy analysis before even actual construction begins.

In this industry, the transformation is at present being driven by the progression of Building Information Modeling. The computer-based communication between various parties ensures that it is possible to successfully administer a project without the mountains of paper that a huge building implied in the past. Building Information Modeling is certainly the way ahead in construction, preserving time, money. The switch-over can take a while,however is undoubtedly worth the effort.

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