Importance of configuration software in Autocad

Configuration of 360 is a tool for creating highly advanced models. It is one of its kind applications with the feature of cloud based product configuration. The use of this tool will not be restricted to the design artists as the user friendly interface and diverse features will enable engineers as well to optimize it appropriately. Configuration of BIM 360 automatically creates a catalogue of the designs that are uploaded. They provide CAD Drafting Services that automatically get update based on the configuration.

To commence development in a Configuration of 360 system, engineers can import the model of inventor to the application. Once uploaded, a model’s measurements and rules, identified in the parts iLogic, are finalized to make the configuration. Optimizing simple menus by dropping down, engineers can access every menu to develop a configuration and then save it as a separate file in the Configurator 360 catalog.

When the coordination starts, Configuration of 360 makes it smoother for engineers to congregate their models into huge components which let the clients observe the model both internally as well as externally. With the assistance of configured catalog, both marketers and customers can approach diversified product library and select the one which fulfills their requirements maximum. What an added advantage is, catalogs can be emailed to any customer and viewed on either a workstation or iPad. The models developed in creator 360 can be mailed and also can be observed from iPad and workstation.

Once the customers have chosen the proper elements for their assembly, they can ask the product quotes simply. Autodesk Configuration of 360 comes handy to the companies and their clients a lot as they get the new medium to interact with each other. It is introduced for Mac and Windows and is compatible with Chrome, Firefox, Opera, Safari and Internet Explorer. Apart from that, it is also accessible through the mobile app from iPad.

 

The impact of CAD over the AEC industry

The design requirement is something which exists in each of the industries. Though the intensity of that need changes from industry to industry, ultimately need remains there.  There is one CAD drafting services software that has ruled in AEC industry single handedly for decades which is AutoCAD.

The core strength of this software is its to the point functions which prove a lot helpful while drawing development. Apart from that, industry oriented add-ons, known as verticals which can be installed to get the optimum output. These add-ons ultimately boost the efficiency of the AutoCAD.

Since the time when personal computer was becoming public, the AutoCAD was also rising simultaneously. Thus, when it comes to naming the superior most software system for AEC industry, it would be AutoCAD regardless.

The reason for the AutoCAD being revered even after decades is that other software systems were mere an extensions of basic AutoCAD. Drawback of those systems was its pricing. They used to charge high but, in terms of performance they were not up to the mark as compare to AutoCAD. Experts used to believe that once you attain mastery in AutoCAD, you can efficiently work on given software system.

The process of developing drawing has got transformed drastically. AutoCAD has taken the place of handmade drawing approach in which artists used to create the drawings manually. Since CAD solutions arrived, the drawing procedure has got the swift. The tasks which used to take two to three weeks can be done in just two to three days. Accuracy is one such crucial thing which AutoCAD has brought, the same which was required significantly.

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MEP Coordination Services are Incomplete Without Clash Detection

AEC industry has emerged magnificently over the period of time, since the computer aided design software have introduced in the market. They have driven unprecedented growth to AEC industry as they were more relevant than the previous approach in terms of productivity.

Mechanical, electrical and plumbing systems comprises of humongous amount of processes since it covers substantial portion of building construction procedure. Each of the process can be outsourced as to the number of excellent MEP BIM Services is quite huge which houses experienced professionals and stat-of-the-art hardware systems at clients disposal.

Once MEP engineers study the structure design and architecture of the building, they prepare rough sketches to shaping their idea. Once they design the final sketches, MEP engineers hand them over to the drafters and modelers of service provider. They develop drawings and models by utilizing varied software systems based on the requirement.

MEP coordination services hold immense vitality as without coordination the models are incomplete. Mechanical, electrical and plumbing systems are created separately, so it becomes inevitable to synchronize them. Here is the time when the process passes through the extremely dedicated time. While coordinating the models, all three systems clash into each other and eliminating them is the unavoidable task.

Clash detection service is the process which is performed at this time. The purpose of this process is to detect the clashes into systems. After identifying clashes they are removed or ratified until they become compatible. The clash detection process is undertaken in Navisworks, the software system which is quintessentially introduced to deal with clash detection process.

By using Navisworks software application the clashes and conflicts between architectural elements and the MEP system can be evaluated. MEP coordination services also detect geometry-related hard clashes, the clearance clashes and workflow clashes if any.

With BIM MEP Engineers Create Precise MEP Designs

The Mechanical, Electrical and Plumbing Building Information Modeling services offers good opportunities to the MEP engineers to develop accurate mechanical, HVAC, electrical and plumbing system designs. MEP engineers are provided with integrated, highly coordinate and reliable computable information about Mechanical, Electrical and Plumbing system for planning, managing, decision-making and operation of the facility with the help of BIM. BIM gives an enhanced idea of the outcome of the MEP project before the actual construction is done.

The complicated Building structures are developed nowadays for residential, commercial and industrial purpose; BIM helps to prepare accurate design and plan for these buildings. BIM creates a virtual MEP model consisting of electrical power and lightening layout, heating and cooling systems, domestic water plumbing and gas piping system layout, fire protection system layout, ducts and plan-room layout giving a systematic analysis of the building to be built. A BIM model gives clear idea of the ducts, pipes, walls and beams functionality within the building elements.

MEP system is considered as the main part of the building, so it is very important to prepare the MEP design accurately to avoid any type of discrepancies. The advent of BIM Drafting Services has brought more facilities for the MEP engineers as well as designers which help them to generate MEP system design and workflows more efficiently. Any kind of complicated MEP system design can be developed with building information modeling. BIM also enables engineers the coordinate all the mechanical HVAC, electrical and plumbing engineering trades together and generate an effective 3D coordination model precisely.

The collaborative design approach of BIM allows the HVAC, electrical and plumbing engineers to share their information with each other. They can simultaneously work together on the live MEP model and approach the entire project efficiently. BIM assists to change the MEP design without any hassle and all the professionals can easily track the changes.

BIM helps professionals to construct strong and accurate MEP system for a building. BIM is very important for executing any MEP project.  A BIM MEP Services allows MEP engineers to take decision and assist in delivering effective and sustainable buildings.

How Revit Families and Template Contribute in the Construction Project?

The creations of Revit families are very important for the building project. Revit Family Creation are created by design professionals or Revit technicians in its Family Editor. Family Editor is a graphical model that is incorporated in Revit for the empowerment of design professionals. Nowadays design and construction engineers develop families in Revit which can be used in different projects. It is mandatory to be well equipped with all the technicalities associated with family creation process.

Revit families are the crucial building components that are required to complete building model.  Any BIM modeling project cannot be completed without the availability of effective families. When custom families are created by Revit technicians in Revit, they make extensive use of Family Editor Tools. Family templates are vital for Revit technicians as they are important for starting the family.  Family templates contain important information in them which is necessary for Revit technicians for creating a family. Families created in Revit Family Editor are always based on a family template. The names provided to family templates are based on the element family created. Revit family templates include floor-based, face-based, roof-based and ceiling based etc which are used by Revit modelers for developing Revit families.

Revit Families can be easily modified, altered, or changed by design teams and can be used in more than one project saving large amount of time and efforts of the Revit modelers. Revit users working on a Revit family project can create any size families as per the requirement. When families are developed by users in Revit family editor they have to make extensive use of reference plans and lines. These reference plans are required to guide the users for developing family geometry. For developing both 2D and 3D geometry a well coordinated system is considered by reference plans.  Revit family type editor is used by the users for establishing constraints as well as parameters.

With the help of Revit dimension tools exact and valid dimensions can be provided to the components of the family. When the geometry is drawn of the family, Revit automatically allots dimension to the family. These automatically updated families can be successfully and certainly altered by users as per project demand. Revit families are exactly created as per the project requirement which helps the Architectural, Engineering and Construction industry in constructing buildings.

How Crucial are BIM Clash Detection Services?

Clash detection services identify the various interferences which occur in coordinating process of 3D models. It helps to reduce the risk of human error during model inspection of the project development. BIM software Revit and Navisworks assists the clash detectors to identify the interferences within various elements of the architectural, structural and MEP. Clash detection process enables inspecting and reporting of clashes in 3D models between various 3D solid objects or components.

Clash detection was considered a complicated task earlier as there was no such tool or software available for detecting clashes. The engineers use to detect clashes manually by analyzing the entire building project design. It was considered a very tedious task. Nowadays, BIM related processes and software’s such as Revit and Navisworks are used for executing the clash detection process.

Clash Detection comes into picture when 3D models created are practically put into actual construction and installation phase. During construction phase all 3D models with structural and MEP BIM Services are coordinated in a single model. Once the coordinated model is completely developed, it is imported into the clash detection software’s like Revit and Navisworks. This software helps professionals to identify all the clashes. At this stage of time coordinated models reflects interferences and clashes.

Benefits of BIM Clash Detection

• Models for undergoing through clash detection process can be linked with Animation adding moving feature to it which helps to detect clashes automatically while moving and makes Clash detection an easy going task.

• Addition of time frames or time liners to 3D models gives time based clash detects which helps to minimize overall time of project.

• Clash Detection helps to minimize coordination errors and difference of opinion between personalities of different domains.

• One of the best advantages of clash detection is that it eliminates the various design conflicts occurring and makes the project error free.

• Clash detection also helps to minimize the overall cost of project at the time of installation and construction stage as all the clashes get resolved before the actual construction.

Clash Detection services allow to detect clashes at designing stage only with the help of clash detection software instead of on site during construction. This helps to reduce design errors and inefficiencies which may cause delays and over budgeting problems. Clash detection services supports sustainable design and construction planning.

Rapid Infrastructure Development supported by BIM

We see buildings surface at the blink of an eye these days. There is rapid construction and infrastructure development all around. As quick as these may seem to materialize, a lot of efforts go into the planning to its final transpiration. The tools available these days are making these jobs faster to accomplish. At the same time, they are enabling superior traits in terms of creativity and sustainability. Exclusive tools, finer materials and advanced processes are resulting into development of high-class infrastructure.

There cannot be enough said in commendation of BIM – Building Information Technology. This exclusive application has reformed the construction ground to fantastic heights. The crucial pre-construction phase is largely dealt with today on this programme. All the disciplines – Architecture, Structure, MEP&F are designed and developed on the intelligent 3D software. The structural stability and design feasibility are also verified. Variances and irregularities are clearly established and amended. The eventual as-built model is thus presented. From this, we have construction drawings and BOMs taken. The Structural Steel Drafting, steel shop drawings, steel erection drawings, architectural drawings, mechanical drawings, electrical drawings, plumbing drawings and fire-fighting services drawings along with complete material listing and scheduling bear utmost accuracy for successful execution of the construction process.

BIM Drafting Services have become a norm in the AEC industry. A single unified approach for project execution, that is the integrated project delivery is the practice that is taking eminence. We have start to end BIM formulated services. From Architectural design to  MEP BIM Services, a common platform and tactic across the entire project implementation, hastens and exacts the task. Not to forget the immaculate resource and cost management that it enables, helps cut down the costing by quite a margin. Thus, lower cost, shorter turnaround, better design, superior quality, and more is all owed to the Building Information Modelling methodology.

BIM – Establishing its Ascendancy

BIM – Building Information Modelling has established its ascendancy, with majority of construction projects all around the world today treading the BIM way. Having witnessed its transformative power, the shift does not come as a surprise at all. The industry has realized its bearing on the efficiency, productivity and quality. A steep increase in these makes the investment in BIM Facility Management technology completely worthwhile.

There is sure shot gain at the productivity front. However, what’s more appealing is the immense potential that it has to offer. To be able to well design, visualize, simulate and analyse digitally, all the vital features of the project, both physical and functional is something! It enables creativity and experimentation with concepts and designs. It helps determine the viability and standing of the building before it is built. Better and more informed decisions pertaining to design or operation or any aspect along any stage of the building lifecycle can be made. The information that is available within the model serves all the stakeholders through the entire lifecycle of the building.

It helps the planners in selecting the most favourable site for construction. It helps the architect to work out the finest design to match the owner’s image of the project, with minimal errors and assured viability. It enables the engineers to closely coordinate with the architect and all other engineering disciplines in concern making the design more reliable and functional. It helps the contractors in early flagging of any issues that could be with construction, thus making changes early on when they are lesser pricey. Eventual use of BIM is its utility into the future for complete facilities and asset management. Thus, the end product of BIM is a data loaded as-built model that facilitates intelligent and sharp building operations.

Resorting to BIM Modelling Services  or investing in its technology and processes to build team in-house, definitely gives a positive return along all facets.

Creating Model Templates in Tekla

Majority of Steel Detailing Companies are largely reliant on Tekla Structures. It has proven to be a fabulous tool imparting accuracy and ease to the process.

There are standard templates available in Tekla that can be used for model generation. You can create and save templates as well.  A model that you have created with customized settings can be saved as a template to be able to use its settings in other projects. The model template covers the catalogs and drawing and report template. The model sub folders from the model are included too. It is to be noted that the template will only include all that is the model folder. The template will automatically be stored in the environment folder that has the program data for tekla software. However, a different location can be allotted with the available advanced option XS_MODEL_TEMPLATE_DIRECTORY.

It works better if the model template is created with a new model. An old model may not be completely cleared of the previous projects’ data. Even when all drawings and objects are deleted, the size of the file may still be big. If there are any attribute files you need from a previous project, you can copy it into the new model folder.

The process would go this way – you generate the model with an exclusive name, ascribe to it parts, components, drawings, materials, etc. and save it. After that you select ‘File’ and in it ‘Save as Model Template’. Give it a name and assign to it the preferred templates, catalogs, model subfolders, etc. You will not see any selection choices for catalogs and templates if they are not available in the model folder.  Characteristically, the catalogs are in the Environment folder. If they are altered, only then do they occur in the model folder.

In order to modify a template that is already there, the new files are copied directly in the model template folder, a new model is created with the present template, changes are applied, and then saved as a new model template.

A brief on Tekla Structures’ characteristics

Structural Steel Drafting preferably make use of Tekla Structures. We have fabricators, engineers and detailers resort to this 3D wonder tool not just for steel but for concrete, timber and other material databases. It supports interactive 3D modeling and design and structure analysis. It allows drawings and reports to be generated automatically at any given instant.

There are plenty of standard templates for Structural Drawings and reports. It is also possible to make customized templates. Another of its appealing features is multiple user support. A number of users can simultaneously work on the model. This integration allows all members concerned to be up-to-date with the developments. With enhanced collaboration, it is easier to maintain quality and accuracy.

Its primary characteristics are covered in this paragraph. It simplifies modelling with 3D grids and adaptable work space. Beams, columns, slabs, and more complex structures like trusses, staircases, etc. can be placed easily. It houses indexes of material grades and profiles. Reinforcement and bolt directories are available too. Key members tend to automatically be connected with end plates and clip angles. At the same time, it allows tailored parametric connections in addition to parametric details. It facilitates easy transfer with other software like MicroStation, AutoCAD, STAAD, etc. A number of drawings can be created in one go. Data specific to CNC machines can be acquired. It is possible to undo and redo changes which enable testing of different solutions. It has been made available in a number of languages and configurations to pick from, as suitable to the user. Region-specific environment can be selected that depicts profiles, templates, material grades, connections, reports, etc as valid in that region. It has customized interfaces to support different tasks as suitable to the Contractor, Manager, Engineer, Detailer (Precast Concrete, Rebar, Steel, etc.) and others.