Thesis Abstract

Abstract
Timber has been a traditional building material used for centuries in various regions around the world. However, in hot climate regions, the use of timber as an external material in building production has been relatively less explored. This research project aims to study the prospects and problems associated with using timber as an external material in building production in hot climate regions. The study will begin by examining the advantages of timber as a building material, including its sustainability, aesthetic appeal, and thermal performance. Timber is known for its renewable nature and low carbon footprint, making it an environmentally friendly choice for construction. Additionally, timber can provide a natural and warm aesthetic to buildings, which can be particularly appealing in hot climate regions where a connection to nature is valued. Furthermore, timber has good insulating properties, which can help in regulating the internal temperature of buildings in hot climates, potentially reducing the need for mechanical cooling systems. Despite these advantages, there are also several challenges associated with using timber as an external material in hot climate regions. One of the main issues is the susceptibility of timber to decay and insect infestation in humid and hot conditions. Proper treatment and maintenance of timber are crucial to prevent these problems and ensure the longevity of the building. Additionally, timber may require more frequent maintenance compared to other building materials, which can add to the overall cost of the project. The research will also investigate the availability of timber species that are suitable for external use in hot climate regions. Not all timber species are well-suited for external applications, as some may be more prone to decay or warping when exposed to harsh weather conditions. Identifying the appropriate timber species for use in hot climates will be essential to ensure the durability and performance of the building. Overall, this research project will provide valuable insights into the prospects and problems of using timber as an external material in building production in hot climate regions. By understanding the advantages and challenges associated with timber, architects, engineers, and builders can make informed decisions when considering timber for external applications in hot climates, ultimately contributing to the sustainable and efficient construction practices in these regions.

Thesis Overview

Timber research explored the use of timber in building construction industry as one of the most important material in construction. Timber is the only building material that properly use positively benefits the plants and our relationship to it. And this study is to assess the problems and prospects of timber as an external material in building production in hot climates climate and to determine the various problems and prospects of timber in building the external parts of the building. And also to determine the functions of timber in building production to evaluate the quantity of wood used by the contractors as external material in building production and to achieve the natural quantity of timber as a building material i.e. aesthetes. The researcher in this study used the descriptive survey research design in order to simplify and understand the complex issue concerning the work which employed the use of questionnaire personal interview and observation in the collection of data. It is noted that it is the poor seasoned untreated and unpreserved timber supplied to builders in site which gives room to most defects which affects timber in building. Low cost buildings should be constructed with timber. Timber frames has many supporters especially because of its quick erection. Timber structures have been with us for time memorial it is still with us and the option our present generation has to research more into how the material can be used for effect to bring down the high cost of building material in Nigeria natural movement due to shrinkage. If shelter for all by the year 2015 is to be realized the use of timber in building should be highly encouraged