Importance of Convention Center & Exhibition Hall

Convention Centre and Exhibition Hall:

A building designed to hold a convention, where individuals and/or groups gather to promote and share views on some common interests, is convention centre. Convention centres are used for holding conferences and exhibitions. And Exhibition hall is the large area hall to display pictures, sculptures, or other objects of interest that people notice or admire.

The Convention & Exhibition Industry has grown with the economic expansion and urban development. The convention centre & Exhibition hall set a new bar for high performance space frame building with lighting fixtures to provide the variety of lighting levels. Exhibition Hall uses both direct and indirect natural light to create an elegant circulation corridor providing an iconic, unconventional and accessible space to the visitors.

Space frame technology in Convention Centre & Exhibition Hall:

Convention Centre

The components of space frame are usually produced with high dimensional accuracy, high quality of surface finish and easily transportable too. The space frame technology in Convention Centre & Exhibition hall not only offers large span roofing with minimum supports, aesthetic of the joints but also gives the opportunity to have large choice of geometries.

Space frame technology also assists these structures with its resistance to damage from fire, explosion or seismic activity. Moreover, wider use of some unique software enable space frame structures to be analysed more accurately & increases confidence of using space frame technology in convention centres and exhibition hall for larger span structures.

Hindustan Alcox Limited, one of the leading space frame manufacturers in india– provides a great opportunity to assess convention centres & exhibition halls build with out-performing space frame technology.

-Hindustan Alcox Limited , New Delhi

(Space Frame Manufacturer in India)

Airport terminal Building: Engineered Steel Structure With Long Span Structure

Long Span Structure:

large span structures

Structure with span larger than 20m can be regarded as long span structure. Long Span Structures are today widely applied for sport, social, industrial, ecological and other activities. Structures with long span can be build with R.C.C Construction since design approach of long span structures results into flexible and column-free internal spaces. Many large span structures dictated by new design trends have the following features:

• Structural stability with technological astonishment.

• Capability to support considerable loads.

• Offers Economy in terms of steel weight.

Airport Terminal Building- A well-engineered steel structure with long span:

For building any Airport, the span & design of the Airport Terminal Building should be placed at high priority than material efficiency and ease of construction. All parts of the building utilize repetitive, modular designs that accommodate construction phasing and permit rapid construction. One of the primary design feature of the Airport Terminal Building is a long-span steel roof covering the check-in hall, security, and passport control functions.

As an experienced entity in building Airport terminal buildings with long span steel structures, Hindustan Alcox Limited had crafted many glorious examples of international airports & important gateway for national and International export like Vishakhapatnam airport, Chennai International Airport, Netaji Subhash Chandra Bose International Airport, Rajiv Gandhi International Airport, Gondia Airport – Maharashtra, Chandigarh international airport etc.

• Hindustan Alcox Limited, New Delhi

  (Airport Specialist in India)

Membrane Structures: Construction Advantages & Environmental Properties

Membrane Structure

Membrane structures were originally used to provide shelter where materials were scarce, or mobility was required. Developments in material technology and the understanding of the structural behavior tensile membrane structure mean that it is now technically feasible to enclose very large spaces with a minimum of material.

Due to variation of transmittance, reflectivity and emissivity of the membranes accomplished in the solar and infrared radiation band separately, tensile structures play a useful role in the relevance of environmentally friendly.

Besides, these structures can be used as climate modifiers in both hot and cold regions, offering in some circumstances conditions suitable for human occupation which conventional buildings may be sited and operated in a highly efficient manner.

 

Construction Advantages of Membrane Structures

The Construction of Membrane structures offer the following advantages: −

• Low consumption of resources
• Short installation time
• Limited number of personnel required
• Deployable at different undergrounds without any destructive installations

 

 

 

Environmental Properties of Membrane Structures

Roofing membrane structures have very little thermal mass & as a consequence, react very quickly to changes in the environment around them. Followings are the Environmental properties of membrane structures are:

 

1. Optical properties:

Tensile Membrane Structures (TMS) allows to control the light transmittance in the covered area. This results in the tendency of fabric membrane properties to change more significantly at higher angles of solar incidence, which greatly reduces the solar energy and heat gain that enters the structure, thus resulting in less energy used within a building.

 

2. Thermal Properties:

The large surface area of tensile structures compared to their thickness means that they have insufficient mass to significantly affect their thermal behavior. The amount and direction  of the  conduction  of heat through the fabric material depends on a number of  changeable  factors like air temperatures, the wind speed, U-value, the thickness of the fabric etc.

Membrane structure

As a leading membrane structures manufacturers, Hindustan Alcox Limited specializes in creating customized membrane structures with sophisticated designed practices. Our fabric architecture also includes tensile membrane structures, which require a prior understanding of shape and form, the behavior of the materials used and the forces acting on it.

 

– Hindustan Alcox limited, New Delhi

(Membrane Structure Manufacturer In India)

Barrel Vault Space Structure – A Popular Industrial Space Frame Application

Space Structure:

Space frame

A Space Structure is structural system with three-dimensional assemblies of linear elements, in which the forces are transferred in a three dimensional manner. The usage & popularity of space frame structures is due to its ability to resist heavy loads & redistribute the large concentrated and unsymmetrical loading. The space structure has higher reliability and stability. They have become known for their aesthetical view, light weight, ease of fabrication, reassembling and their higher percentage reusability. The space structures are used in construction of wide application such as Community Halls, Industrial Buildings, Bridges, Railway platforms, Sports stadiums, Barrel vault Structure, Dome structures etc.

 

Barrel Vault Space Frame Structure:

Barrel vaults are a popular way of spanning large open areas with few intermediate supports. These structures are generally developed as economic solutions for the construction of industrial buildings.

Barrel vault Space structures have been built with many different configurations involving different arrangements. Barrel Vault Space structures allows structural design to incorporate arching theory and the use of steel offers great axial and bending strength so that long clear spans and low rise barrel vaults are possible for roofs, entrance canopies and curved glass walls. Followings are the key advantages of Barrel Vault Space frame structures-

Space Structure

• Fast Installation: The design / manufacture / installation of barrel vault space structure can be accomplished with in a very short interval of time due to the use of pre-fabricated components.

 

• Cost Effectiveness:One of the greatest advantages of using space frames in Barrel Vaults is that it is comparatively cost effective.

 

• Accuracy in Installation: Another essential feature of using Space frames is that there is a high degree of accuracy in the process of designing and installation of  space frames.

 

• Flexible design structure:It is one of the most flexible and sturdy structure used for constructing commercial buildings and residential properties.

 

• Eco-Friendly:These space frame structures are 100 % recyclable. Therefore it is known to be eco-friendly.

 

• Light in weight: One of the most important advantages of Barrel Vault space structure is its lightweight due to the uniform material load distribution spatially.

 

• Versatile Structure: Space frame possess a versatility in shape & form and can utilize a standard module to generate various flat space grids, latticed shell, or even free-form shapes.

 

Since last few decades the company, Hindustan Alcox Limited emerged as best space frame manufacturer in india. Hindustan Alcox Limited pays special attention towards adhering to the highest standards of quality & offers complete solutions right from the design to the erection phase to ensure creation of Barrel Vault Space Structures.

 

 

– Hindustan Alcox Limited, New Delhi

(Space frame Manufacturer in India)

Efficient and Cost-effective Shed for your Coal/Limestone Storage

Coal / Limestone Storage

How do you cover your coal or limestone?

Do you still store it in open spaces?

Is your storage method environment-friendly/follows NGT guidelines?

Alcox has the best solution for your storage needs:

                              SPACE FRAME SHED

Why Space Frame?

• Save 30% to 40% cost compared to conventional structures
• Fast Erection without interrupting the plant functionality
• Wide spans up to 150 meters
• Customized as per requirement

Why Hindustan Alcox?

• More than 20 Years of Experience in Specialised Steel Structures.
• Working on a similar shed enquiry with UltraTech Cement
• 22 Airports, Sheds etc built across India
• In-house Design, Fabrication and Erection
• Commitment, Quality Work, Timely completion

A Brief History About The Evolution Of Large Span Structures

Over the past decade, there has been a significant growth in the trend of constructing longer column free spaces for maximum space utilization and great flexibility with the interiors. Commonly referred to as the large space structure, these colossal units have proved helpful in not only overcoming various constructional challenges but also satisfying complex design needs.  Most importantly, these structures help in reducing the construction cost and time by a considerable margin.

However, the development of long span structures did not happen overnight as many people believe. Rather this innovative concept was derived from various ancient structures which despite their huge size and massive weight, had managed to remain standing for centuries. The domes and vaults that formed an almost integral part of Roman building construction were perhaps the first structures that inspired the idea of developing something similar with lighter materials to handle unbalanced loads caused by various factors.

The initial long span structure was developed as early as the first decade of the previous century, by none other than Alexander Graham Bell himself. He was even responsible for using the space frames for building a watch tower I Canada in 1907. The said building, which was 28 m high, weighed less than 5 ton thanks to the extremely robust and lightweight 3D tetrahedral units that were used in its construction. However, it was not till 1943 that these structures were used in public construction.

In the succeeding years, numerous developments were made in the designs of these structures and the trend was further fuelled by the computer revolution that helped massive technological advances during the last three decades of the 20^th century. This resulted in the development of space frames to be used in large span structures, which were not only much lighter in weight but also offered greater flexibility and durability as compared to their predecessors. The use of highly efficient structure analysis software to analyze the sustainability of space frames in complex structure designs played a major role in these developments.

Today, large span structures are revolutionizing the construction industry by enables engineers and architects to greater flexibility in terms of planning and designing. From aircraft hangers, to the roofs of stadiums or even large community centers, malls and other buildings, long span structures are making their presence felt in every aspect of modern infrastructure. These structures are not only constructed to last long but also to provide an attractive look and appeal despite the complexity of their design. This is in fact the biggest reason for the growing popularity of long span structures.

Get The Best Large Span Structure From Alcox For Safe Construction

When constructing a huge building, wide span structure is needed to make sure the construction does not fall apart. The mechanics of the steel frames should be so accurate so that each component in a steel span structure does not bear too much force. The Hindustan Alcox limited provides steel structures of exceptional quality that will ensure the safety of the construction.

The large span structures provided by the Hindustan Alcox uses high quality steel which can withstand both compression and tensile forces to great extends. What’s the best thing about choosing Alcox for steel frames is that they can design any steel frame of wide span according to your needs, even if it is for a gigantic sculpture that requires complex steel structures.

The whole process of designing, manufacturing and supplying is done directly by the company to make sure that the quality is not being compromised by outsourcing the work to others. The design is carried out with extreme care by expert engineers who have years of experience. The correct proportion of carbon and iron is used to make the best steel which is strong and durable in nature.

Being pioneer among the steel structure manufactures with a record of serving industries with high quality steel structures for more than 20 years, the Hindustan Alcox company manages to stay on top. The wide steel frames and structures from the Hindustan Alcox company are widely used in many famous industries and it is even employed in some of the government buildings. The Hindustan Alcox is on its way to become a monopoly company on the field of wide steel structures.

The Alcox steel large span frames are highly recommended for the construction of huge buildings for both business and residential usage as they offer high quality at the least price ranges.

Key Construction Factors for Large Span Structure Bridges

Bridges are one of the most important structures in the infrastructure development of any region. Over the years construction of bridges that gap distances of several kilometers has become increasingly popular. This has primarily been made possible due to the extensive use of large span structure design which makes construction of such massive edifices a lot less complicated and faster. However there are few important construction aspects to consider even while building long span structure based bridges.

• Choosing the most appropriate method of erection is one the most important factors to ensure the safety and long life of such bridges. The choice of the method depends largely on the type of landscape, the depth of water bodies involved and the distance to be covered.

• The type of foundation to be used during the erection of the bridges is also a key factor to consider. This generally depends on the geo technical condition of the region as well as environmental factors such as the maximum wind speed and air pressures at the highest point.

• The need for construction of substructures is another important consideration during the building of long span structure bridges. This can help to minimize the construction cost and time in a considerable manner besides enhancing quality of the structure and workplace safety.

• The use of the right tools and technology is another critical aspect in bridge construction. Since the constructing bridges is quite unlike construction buildings and other such structures, the tools and technique used here differ significantly and play a vital role in ensuring the safety and long life of the structure.

• It is also important to consider the geographical and environmental factors during bridge construction. This might include the presence of an older structure or the need to maintain the delicate ecological balance of a specific region or any other such issues that need to be cleared with the proper authorities before even the first stone is laid.

Reasons That Make Large Span Structure An Ideal Choice For Construction OF Airport Buildings

Over the past several decades, airports have gained much significance across the globe mainly due to the steep rise in the number of people who travel by air. This has in turn has enhanced the need to create aesthetically designed airport structures that also offer the benefits of clear way finding, open views, and abundant daylight. This is made possible with the use of large span structure, which satisfies all the aforementioned parameters in an elegant and stylish manner. Discussed below are just some reasons that make long span structures an ideal choice for creating majestic airport buildings.

• Long span structures prove effective in minimizing the need for vertical supports within airport buildings. The absence of columns ensures that the passengers within the complex have a clear view of their surroundings.

• The absence of columns also helps in creating greater space within the columns while also enabling easy flow of air which makes the passengers feel relaxed and excited.

• They help in enhancing the opportunities for integrating day lighting and skylights within the complex. This helps in keeping the complex well lit while also allowing for natural light to penetrate freely.

• Since the departure halls of the airports are the prime spaces within the complex, use of large span structures helps in enhancing the grandeur of the space.

• The flexibility offered by large span structures helps to implement even the most complex designs that support large structuring and aerodynamic shapes that are in trend for modern airports.

• The cost effective and sturdy structures help in ensuring safety of the complex from a wide variety of natural elements without compromising the quality and durability of the complex.

In view of the above facts it is not surprising that most modern day airports are being redesigned using different types of long span structures. The enhanced efficiency and practicality not only ensure a better experience for the travelers but also to the countless people working within the airports. The breathtaking structuring solutions not only help to resolve the various functional challenges of such vast complexes in a simple manner but also enable the harried passengers to relax and sooth their harried nerves while passing through these ports of entry into the country.

Understanding Some Basic Facts Related To The Construction Of A Large Span Structure

In the modern times, the construction of mega structures has undergone significant change in terms of design as well as the materials being used. Unlike earlier times, most large structures constructed over the past several years favor a longer and column free design that offers scope for a clear unobstructed view over a considerable distance. A large span structure is especially preferred for building hangars, stadiums and arena roofs which generally feature a structure span of more than 40 m. The following facts play a critical role in constructing truly economical and durable long span structures.

• The most common material used in the construction of such structures is steel as it offers the benefit of being light weight and having a high strength to weight ratio.

• Factors such as wind pressure, snow drift and even the type of construction materials being used need to be considered closely for enhanced design and costing of the structure.

• A modern heavy structure manufacturer in India or elsewhere generally prefers to use tensile fabrics for cladding as they are not only extremely light weight but also quite flexible and hence perfect for use in complex designs.

• For making the large span structures earthquake resistant, it is important to use lightweight materials for tension membranes that offer a better seismic stability due to their lower mass.

• Since most such structures are massive in size, they need to be constructed using big-scale solutions which will be as effective at greater heights as they are at smaller heights.

• Technology based construction methods and design policies play a vital role in creating a exclusively designed large span structures that are not only long lasting but also completed on schedule and well within the estimated budget.

The elegance and majesty of large span structures is both inspiring and breathtaking, which is why perhaps why there is a growing demand for such colossal structures around the world.