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Proposal of experimental study of translucent concrete for architectural and structural purposes

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  • Proposal for Final Year Project

    INTRODUCTION:

    Translucent concrete is a concrete based material with light trans missive properties,

    obtained due to embedded light optical elements like Optical fibers in it. Light is conducted

    through the stone from one end to the other. This results into a certain light pattern on the other

    surface, depending on the fibre structure.

    Translucent concrete comes in as a blessing solution for easier day lighting. When many

    buildings are stacked close to each other, there is not much natural sunlight passing through and

    the importance of natural sunlight is pretty well known. In fact, 50% day lighting is a mandatory

    requirement in a green building according to (IGBC) Indian Green Building Council. When a

    room is built with translucent concrete on its two walls, it saves a lot of energy in the form of

    lighting as well as used as indoor thermal systems in cold cities.

    Translucent concrete blocks inserted on front doors or walls next to it allow the residents

    to see when there is a person standing outside. Translucent concrete walls on restaurants, clubs,

    and other social establishment .Ceilings of large corporate buildings with translucent concrete

    would help reduce a great deal of lighting costs during day time.

    Speed bumps in parking lots and highways can use translucent concrete blocks with a

    light source beneath or reflecting from other vehicles/sources help in navigation very effectively,

    help to see how many people are actually inside it.

    Translucent concrete blocks are incorporated in staircases and inner walls help during

    times of power cuts at night leading to a great deal of safety. Similarly for subways and airports

    etc., they are used for visibility purpose.

    Translucent concrete blocks can be made in desired shapes and used as decorative

    materials like bookshelves and sunshades, lamps for aesthetics in schools, museum and prison

    cells outer walls, tables and statues. They can also be placed as random designs on security walls

    which also enhance security giving the resident a hazy view of the perimeter.

    In short, translucent concrete is the future. It is the smart way of optimizing and utilizing

    light, a smart way of living.

  • Proposal for Final Year Project

    Objectives:

    The objective of choosing topic for thesis Exploring Transparent Concrete for

    Structural and Architectural Expression is to:

    Introduction of this recent technology in our civil works industry

    Developing a scope in construction area

    To enhance the importance of Translucent Concrete Technology

    To highlight the impact of additional mixing materials on concretes both architectural

    and structural expressions

    To show how a material like concrete can play a magnificent role in energy efficiency of

    a building

    To overcome the old boring classic concrete building technology by developing a more

    stable, more suitable, more attractive and more efficient and sustainable solution in

    construction field

    To use optical/plastic fibers as a major day lighting tool in important structures like

    hotels, museums and office buildings etc

    Saving energy by using translucent concrete in areas like in Pakistan where a large

    amount of day light energy can be utilized

  • Proposal for Final Year Project

    Methodology

    In order to get a comprehensive result from the Project Objectives, we will adopt the

    following methodology;

    A pilot survey

    Develop a scope for this technology

    A complete literature study about this recent technology

    Compile a comprehensive list for applications of this technology

    Working on architectural expressions

    Working on structural expressions

    Calculation of efficiency in the light of EEB technology

    Cost comparison

    Comprehensive report on the advantages of translucent concrete technology over the

    classical concrete

    Conclusions