Building Design and Construction

Building Design Benefits From 3D Design Software

admin — Fri, 03 Jun 2011 03:25:18 +0000

Fix Problems in the Planning Stage, When hiring a design firm, it can be difficult for building owners to express exactly what they want the final structure to look like. Whether they are revamping an existing structure or putting a new building, they usually have definite ideas about the style they want.

The problem is they don’t know the language of design so designers are left to make their best guess as to what the client is asking for. Unfortunately once the project is finished the client may be unsatisfied.

3D design software allows designers and clients to cooperate more easily. Designers can create a realistic simulation of what the new building facade or signage will look like. If it is not exactly what the client wants, the designer can easily make changes. The final look can be perfected before a single nail is driven.

Virtual Walkthroughs Offer New Perspective, Older versions of 3D design software took hours to render a single image. They were capable of creating only static pictures and left clients with limited ability to judge the success of a design. A project that looks great from one angle might not work from another, but the client had no way of knowing until construction was complete.

Modern 3D design software and powerful computers allow designers to create vibrant 3D worlds. Clients can now walk through the new building, seeing a design from every angle and even seeing how the design flows as a costumer moves through the building. It offers clients a perspective unlike anything they had before, second only to actually walking through the finished project.

Go Green With Pre Engineered Buildings to Counter Global Warming

admin — Fri, 03 Jun 2011 03:23:37 +0000

They have initiated a green revolution called “Building Green” in the building and construction industry. The Pre-Engineered Building suppliers and manufacturers are at the forefront of this revolution. A Pre-Engineered Building is a building structure that consists of pre-engineered, pre-fabricated factory components that are combined together and engineered structurally so that each component works together as one “system”.

Pre-Engineered Buildings help you in building your structures easily and conveniently – be it homes, buildings offices, aircraft hangars, retail outlets, warehouses, halls, showrooms, manufacturing plants, industrial parks, etc. In addition to this, pre-engineered steel structures are strong and easy to build, and are also cheaper.

Depending on the type of building, the type of structure and your budget, for your construction activity, you can choose from a wide variety of pre-engineered steel structures like doors, windows, roof extensions, mansard, parapet walls, framed opening in end wall, lean-to’s on sidewall or end wall, walk-in door, skylights, vents, downspouts, attractive colors, reflective or thermal insulation etc.

In Pre-Engineered Buildings no welding is required and it can be built up at complicated areas, where electricity is not available. While planning and designing of the PEB’s an architect’s role is of great importance, because the different parts of a building are fabricated in the manufacturing facility, and are assembled together at the construction site. Thus, the planning & designing should be done precisely to avoid structures with wrong fittings.

Improve Cost, Scheduling and Coordination of Building Project

admin — Fri, 03 Jun 2011 03:21:03 +0000

The continuous advancement in technology and the emergence of Building Information Modeling (BIM) have removed all challenges associated with 4D scheduling. With the increasing success of BIM in the realm of designs, the adoption of 4D modeling is becoming the norm today.

Rich with information, BIM modeling services deliver architects a wealth of design-centric tasks and home builders a number of significant benefits including increased coordination, constructability analysis, BOQ, quantification, and cost estimation and so on. One of the most important developments in building applications for BIM is the project planning where design and construction come together. At the core of a project planning, there lies building design, the backbone of a project planning. 4D scheduling plays an important role in project planning.

It includes vital data such as start and finish date of each component and their criticality. 4D model delivers minute details to the project team. It works as a platform for project team and other non-technical stakeholders to visualize the assembling of a building over time. With 4D construction simulation process, architects can evaluate various options and choose the best alternative at project design phase.

4D Modeling Offers Significant Benefits over 3D Modeling
4D model is a further development over 3D model. It challenges and changes many of the practices of conventional scheduling. Some of the significant considerations are as follows:

Visualization of the Project: 4D model enables the scheduler to view the entire construction site in a nutshell. The scheduler is able to move around, look outside, inside and under the building and verify the progress of project. It helps the scheduler to detect inconsistency and avoid visual incongruities in the representation.

Better Integration and Cost Estimation: Integrating human resources, equipment and material resources with the BIM model, 4D scheduling helps to better schedule and cost estimate of the project. 4D BIM also monitors procurement status of project materials.

Conflict Detection and Resolution: During design and construction phase, potential spatial conflicts may arise between building components. It is not easy to identify or predict these conflicts using 2D or 3D layouts. But, 4D model identifies various issues related to space, schedule and sequencing, and resolve them ahead of the construction process.

Influence of 3D CAD Design Modeling on Building

admin — Fri, 03 Jun 2011 03:17:39 +0000

Modeling buildings in completely parametric 3D CAD design software has several benefits such as flexibility of design modification at various levels, productivity, as well as important decrease in errors which results in cutting down of cost. Complete understanding of these benefits needs comprehensive modeling, technical skills, and integrated structural design intent, substance with operational behavior, plus automated layout as well as detailing.

3D modeling services for parametric design analysis is normal, but structural design is still generally communicated with the help of drawings. Construction projects vary prominently in their physical composition or in the production of design that makes it tough comparing projects built either with or without 3D modeling CAD.

Compared to 2D CAD systems, 3D CAD design is a broadly acknowledged technology for designing of building structures, that makes the procedure of engineering design as well as detailing highly productive and effective. Collection of design documents could be set by various design teams at different levels of order which could be collaborated on single stage with 3D modeling services.

3D building modeling systems like Tekla and AutoCAD are considered as collections of predefined operative substance, with surrounded analytical uses, which involve a comprehensive library of the familiar structural objects. 3D modeling CAD modelers define new physical substance as per the need of design that uses the functions of on hand operative substance. This characteristic is helpful in the modification of updated design with lesser hassles.

Article Source: http://EzineArticles.com/5862596

Things to Consider When Constructing Your New Building

admin — Fri, 03 Jun 2011 03:15:48 +0000

The first thing you should consider is whether you are going to organize and oversee the process yourself or employ an outside company to manage it for you. There are many advantages to letting a professional company handle your build and it will be a lot easier for you to concentrate on the other aspects of moving or relocating your home or business. The main benefit of course will be for those who have little or no experience of planning and construction processes. An independent company will provide a wealth of expertise and could be the difference between success and failure for your project.

Whether you do employ a specialist design and build company or decide to go it alone, the first thing you should consider is designing the best building to suit your specific needs. If it’s for your business, you need to ensure the layout and structure is right for any equipment you need to store and offices to need to incorporate. A residential structure will probably allow for a little more creative flair, especially if this is your dream project. A lot can be achieved now in terms of structure and if you have the imagination you can create most things.

You should also consider materials and the various advantages and disadvantages of using different supplies. Concrete, brick and steel frames all have their benefits; you just have to consider your specific needs and what’s best for you.

A big issue which must be covered of course is cost. It can be all too easy to get carried away and loose control of your budget, especially if you are handling the project yourself. Once you have factored in all possible costs and accounted for problems and reasonable additional costs, make as accurate a budget as you can and then make sure you stick to it. If you have researched, planned and sourced your supplies and labour correctly before hand then you shouldn’t have to stray too far off budget. New builds are expensive even if everything runs smoothly, so to avoid huge unseen costs, plan properly!

Impact of 3D CAD Modeling on Building and Construction Design

admin — Fri, 03 Jun 2011 03:14:28 +0000

Modeling buildings in fully parametric 3D computer-aided design (CAD) software offers numerous advantages in terms of productivity, flexibility to modify design at different levels and significant reduction in errors that result in cost reduction. However, full realization of these benefits requires technical skills, comprehensive modeling, objects with functional behavior, integration of structural design intent, automation of layout and detailing.

At present, 3D parametric modeling for design analysis is common, but structural design is still mostly communicated using drawings. Since construction projects differ significantly in their physical composition or in the development of their design make it difficult to compare projects built with and without 3D modeling.

3D modeling is widely accepted technology for design of building structures, making the process of engineering design and detailing more effective and productive as compared to 2D CAD systems. With 3D modeling, sets of design documents can be prepared by different design teams with differing levels of information and can be collaborated on single platform.

In a sense, 3D building modeling systems (such as AutoCAD and Tekla) are viewed as collections of predefined functional objects, with embedded analytical functions, that include a comprehensive library of the common structural objects. 3D CAD modelers can define new physical objects as per the requirement of design using the functionality of existing functional objects. This feature helps in east adaptation of modern design with fewer hassles.

Building Information Models – BIM Basics

admin — Fri, 03 Jun 2011 03:13:10 +0000

BIM- The new concept in building design

Older people in the construction industry will remember the various forms of administrative chaos which were possible in paper-based building projects, and the sheer hard work of creating a strong management system. Monitoring everything was a full day’s work, and efficiency was a sort of wishful hope. It was the sort of work only experts could do well. The computer age made a dent in that situation, but it’s only now that real, dedicated systems for construction management are coming onstream.

BIM is the new wave of single stream, tailored business management tools for construction. It has the unique distinction of being highly regarded by all levels of the construction process for its reliability and efficiency. These systems allow full management scrutiny, and provide a lot of valuable data for reporting at all stages and levels of construction.

Working with BIM

BIM is a product of the demand in the construction industry for efficiency and productivity. It’s very much a business-based system, as well as a design and presentation tool. BIMs are derived directly from the 3D CAD planning information. They’re literally built from this data, and apply the CAD plans to a full working model. BIM allows a huge range of presentation and collaborative functions, providing a “same page” effect for consultation.

Article Source: http://EzineArticles.com/4975285

An Introduction to LEED and Ways to Achieve LEED Certification

admin — Fri, 03 Jun 2011 03:11:35 +0000

The main aim of this organization is to keep a check on factors like energy saving capability, water efficiency, carbon dioxide emission reduction, improved indoor environmental quality, preservation of resources and sensitivity to their impacts. LEED Is applied to both residential and commercial complexes. It works during the whole lifecycle of building construction, including design and construction, operations and maintenance, tenant fit out and significant retrofit. Besides these LEED also aims at promote integrated and whole-building design practices, recognize environmental leadership in the building industry, stimulate green competition, increase consumer awareness of green building advantages and modify the construction market.

LEED certification is obtained when the particular building is claimed to be eco-friendly by satisfying the above criteria. This practice not only advocates design and construction process that increases profitability but also reduces negative environmental impacts of the various constructions and enhances the occupant’s health and well-being. LEED certification that includes a third-party commissioning process, guarantees you, your clients, your peers and the public at large that your building has achieved appropriate environmental objectives and that it is performing as designed. Certification not only opens doors to an environmentally safe habitat but also allows you to take complete benefits from a growing number of state and local government incentives and might also encourage press interest in your project.

There are levels of certification that are – Certified (26-32 points), Silver (33-38 points), Gold (39-51 points)and Platinum (52-69 points) that correlates to the number of credits obtained in five green design categories such as sustainable site, water efficiency, energy and atmosphere, materials and resources and indoor environmental quality. Amongst the various projects covered by LEED are new commercial constructions, major renovation projects, interiors projects, and existing building operations. There is another affiliate for LEED called the LEED for Neighborhood Development that extends its benefits and serves the buildings and constructions in the neighborhood.

Article Source: http://EzineArticles.com/3668812

Innovative Structural Engineering Service

admin — Fri, 03 Jun 2011 03:09:48 +0000

Basically structural drafting is one of the most recognized structural engineering services. It is a service that brings a lot of ease for users such as engineers, architects and builders. What it does is that it makes user’s mind quite clear about any structure’s dimensional specifications. Based on it, user can easily estimate about what amount of building material should be used in certain parts of buildings so that maximum benefits can be achieved in the business.

Use of structural engineering services in construction is becoming more and more popular these days. The main reason behind this is that such services bring innovation in various phases of building design and construction. One can get various quality structural engineering outputs by using such services. Amongst all, structural drafting is the most promising of all.

It includes detailed description of drawing symbols, dimensioning, structural design, detailed working drawings of steel and concrete structures. It applies to different types of building structures such as residential, commercial and industrial buildings. The amount of information that it provides is used during complete lifecycle of building – from beginning to end.

Steel Buildings Go Green

admin — Fri, 03 Jun 2011 03:08:21 +0000

Steel Buildings – Green Applications, Gone are the outdated corrugated metal buildings of the past. The new generation of pre engineered steel buildings are finding use in an ever growing variety of Green building projects. Steel buildings are leading the way in the Green building revolution, meeting Green building design goals with innovative building design, engineering and use of materials.

Building Green, Green building design, also known as “sustainable building” is coming of age as we recognize that global resources are limited and that climate change is inevitable – unless we take positive action now.Green building recognizes the environmental impact of buildings, their construction, life-cycle and ultimate demolition, and works to lessen this impact through.

* Energy efficiency

* Environmentally sound building materials

* Innovative building design

* Healthy indoor environment

Environmentally Friendly Pre-engineered Steel Buildings

Pre-engineered steel buildings also known as prefabricated buildings or prefab metal buildings are an innovative building solution featuring solid steel I-beam building construction.

* Pre-engineered buildings are designed and engineered by trained and certified structural metal building engineers to meet all local building codes for snow and wind load and seismic conditions.

* Building components are engineered and fabricated to precise specifications using the highest grade commercial steel available.

* Modern steel manufacturers employ energy efficient methods in steel production that help to substantially reduce greenhouse gas emissions.

* When a steel building is demolished to make way for new construction the metal building materials don’t end up in a landfill like asphalt shingles, concrete, brick and wood. The steel is recycled instead.

* Steel can be recycled over and over again without loss of the quality of the steel.

* More steel is recycled than all other recyclable materials combined.

Article Source: http://EzineArticles.com/1103930

Building Design and Construction

Building Design Benefits From 3D Design Software

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