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Project Management - Building a House, 2008.
A case study analysis of the levels of project management in the construction of a residential house.
705 words (approx. 2.8 pages), 4 sources, MLA, $ 25.95
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Abstract
This paper presents a project - the construction of a residence consisting of two living space levels, four bedrooms and two bathrooms. The paper discusses the two levels of project management in the development of the home and how they are carried out. It then looks at the project lifestyle and discusses the scheduled timeline set forth for completion.
Table of Contents:
Project Life Cycle
Operations
Conclusion
From the Paper
"Assigned to the project's initial phases, there are two levels of project management, which ultimately helped in the outline of the development of the entire home (Denton, 2001). The highest, who has overseen every phase of construction, was assigned to a land developer whom also strategically developed the architecture of the specific home type. The developer was appointed by the bank to oversee every aspect of construction from the breaking of the dirt to the certificate of occupancy. Through each phase of the construction, the land developer was provided reports on budget status and the continual projected time-frames as the home progressed. This type of a supervision is proven to be constructively supporting to the development of homes (Gatlin Education Services, 2007)."
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The Flatiron Corporation, 2008.
An analysis of the Flatiron Construction Corporation.
1,809 words (approx. 7.2 pages), 7 sources, MLA, $ 58.95
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Abstract
This paper analyzes the Flatiron Construction Corp, which comprehensive services from design to construction. The paper discusses Flatiron's business advantages in the market and the company's many ongoing large projects that show fiscal strength. The paper predicts that the company will continue to progressively increase in sales figures and booking numbers. The paper also discusses how the company can remain competitive in its market.
From the Paper
"The Flatiron Corporation began in 1947 as a small construction company and has since gone on to become one of the United State's premier bridge and other large public works construction companies. The company has recently returned to its original name and has diversified significantly, since it was purchased by the Netherland's based Royal BAM Group. The work it does is mainly in the western United States and now consists of five smaller companies, whose main headquarters are still in Longmont Colorado. The five subsidiary companies are Flatiron Constructors Inc, Flatiron Constructors, Inc. Intermountain, FCI Constructors, Inc. Southern Division, FCI Constructors, Inc. Northern Division and Interbeton, Inc. all operating from different US locations. Though most of Flatiron's work is national in 2004 Flatiron expanded to Canada and opened an office there to oversee two ongoing civil projects."
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High Aswan Dam, 2008.
This paper examines the benefits and costs associated with the High Aswan Dam, Egypt.
2,008 words (approx. 8.0 pages), 4 sources, MLA, $ 63.95
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Abstract
The paper discusses the High Aswan Dam, an engineering marvel that controls the Nile River and keeps broad areas of the Nile Delta from flooding each spring. The paper then explores the costs of this dam
in human terms and in maintenance levels. The paper concludes that Egypt has paid a high price for the benefits the dam has provided them.
From the Paper
"The High Aswan Dam is actually the second dam at Aswan. The first, constructed in 1899 by the British when Egypt was a British territory, had to be raised twice, in 1907 and 1933. The Nile River is very unpredictable, and it topped the original Aswan Dam several times during its history. The last time it nearly flooded was in 1946, and officials began to talk of raising it again. However, after study, instead of raising the dam a third time, engineers decided to build a much higher dam about four miles upriver from the original dam, and about 400 miles south of Cairo. While they had found an answer to the flooding problems, Egypt could not afford to build the dam all on her own, so Egypt's President Gamal Abdel Nasser sought help from other countries."
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Corrosion in Concrete Bridge Girders, 2008.
A critical examination concerning the problem of corrosion in concrete bridge girders with recommendations to resolve the issue.
5,442 words (approx. 21.8 pages), 10 sources, APA, $ 133.95
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Abstract
The paper discusses the fact that roads invariably require bridges to cross over roads and rivers, and as strong as the bridges may seem to be at the time of their construction, engineers have not been able to build corrosion-proof bridges. The paper highlights the problems associated with corrosion of steel reinforced concrete bridge girders as they are vitally important to travelers and to engineers. The paper also reviews the numerous studies that have been conducted, and provides recommendations for better predictability vis-a-vis when a bridge is due to be replaced.
Outline:
Table of Contents
List of Figures, Nomenclature, Introduction
Hypothesis of Theoretical Considerations
Procedure
Results
Discussion of Results
Conclusions
Recommendations
From the Paper
"This paper provides a strong engineering and safety background into the problems associated with corrosion and bridges. The procedure used in this paper is presented through the careful examination of the existing literature. Some of the literature may be a few years old but the past is prologue; what went before is as relevant as what is going on today. Other literature presented is quite contemporary, and all of the materials presented in this paper are relevant. Especially relevant are studies that have been conducted six, seven, eight and more years ago; compared and contrasted with what engineers and scientists are saying in the latest bulletins and research documents. For example, the American Association of State Highway and Transportation Officials (AASHTO) offered standard specifications for highway bridges in the 1990s that seem to be practical and yet have clearly not provided a workable solution to the ongoing problems of corrosion.
In the article titled "Reliability of Reinforced Concrete Girders Under Corrosion Attack," the authors (Frangopol, et al, 1997) embrace the AASHTO strategy; first, the effects of corrosion "on both moment and shear reliabilities" are carefully investigated; second, a "reliability-based design approach" that is based on minimization of "total material cost including corrosion effects" is taken into consideration. This article suggests that taking into consideration the environmental stressors on concrete (due to corrosion), along with the AASHTO standards, can then be plugged into "reliability-based optimization software." That software is a product of the combining of general-purpose optimization software and a Monte Carlo simulation-based evaluation program.
Hence, the procedure for coming up with reliable estimates of the life expectancy of concrete girders comes in two phases, according to this research. Phase one spans the time from construction to corrosion initiation; phase two, from corrosion initiation to time when "unacceptable levels of section loss have occurred." But is this procedure proactive or reactive? The answer - it is indeed reactive, and it is also outdated. But nevertheless it should be researched and understood because it is part of the literature. Science cannot predict future conditions and dynamics based on models and hypotheses alone. A foundation for the projections of the future is based on evidence from the past. "
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Biomaterials in Medical Use, 2008.
An extensive overview of the use of medical biomaterials such as polymers implants.
7,005 words (approx. 28.0 pages), 13 sources, MLA, $ 157.95
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Abstract
This paper explains that biomaterials are synthetic materials used to replace or restore damaged function. They should be biocompatible, non-toxic and non-carcinogenic. The paper reports that metals, polymers, ceramics and composites are the most commonly used biomaterials. The paper then details their use as synthetic orthopedic, dental and breast implants, in hernia repair, in gene therapy, to replace damaged organs, to enhance bone healing, to store and dispense multiple drug doses and multi-stage vaccines and other uses.
Table of Contents:
Biomaterials in Medical Use
Polymers
Shaped Bodies
The Ideal Materials
ATP Research Fund
PolyHap Implants for Damaged Faces
Polymer Chip
Anti-bacterial Implants
Breast Implants
Polyurethane-covered Implants
Benefits and Contraindications
Benefits
Contraindications
Implants for Malignant Gliomas
BCNU/Gliadel
Polymer Technology
Periodontium Regenerating System
The Invention's Specifics
The Future is Biodegradable
Hernia Device
Summary
From the Paper
"Periodontal disease affects up to 90% of the population and surgery has been the first choice of therapy. Surgery, however, does not restore lost periodontium. Restoration can happen if periodontal ligament cells can colonize root surfaces over gingival epithelial cells, gingival fibroblasts or osteoblasts. The application of microporous membranes under periodontal flaps during surgery eventually brought this effect about. A biodegradable membrane would make a follow-up surgery unnecessary and benefit both patient and surgeon from further health condition and cost."
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The Timber-Framed Building, 2008.
This paper discusses false perceptions about timber-framed buildings.
3,744 words (approx. 15.0 pages), 9 sources, APA, $ 103.95
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Abstract
In this article, the writer discusses that despite their time-tested and proven positive points, a number of false perceptions continue to challenge truths regarding the timber-framed building. The writer purports that repeated strokes of correct information can figuratively fell or cut down even the most dense deceptions depicting the worth of timber-framed buildings. During the course of this study, this researcher counters false perceptions and confirms the correct conception that timber does not easily rot, decay and deteriorate. In fact, the writer concludes that even after extended periods of time, the durability and superior quality of timber when used as a building material can be repeatedly validated. The paper includes color figures.
Outline:
Chapter 1
Introduction
Correcting False Perceptions
Origin, Defects and Properties of Timber
Defects in Timber
Properties of Timber
Strength
Thermal Insulation
Thermal Movement
Density
Chemical Resistance
Fire Resistance and the Behavior of Timber in Fires
Chapter II
Embodied Energy Explained
Examples of Timber-Framed Buildings Built in The Past
Chapter III
Conclusion
Challenging Contentions Confirm
From the Paper
"To better understand some of the general misconceptions about timber, this researcher presents an in-depth look at the origin and properties of timber, along with possible defects likely to reduce strength and stability in timber. Timber evolves from wood, a natural product derived from trees, and in some instances, from fibrous plants. As forests cover more than one-third of the world's land surface and approximately 8% of Britain, it is readily available.
"Consequently, timber proves to be a popular building material. When wood is cut and in many instances, pressed, it becomes lumber and timber which form boards, planks and numerous other products. These products, in turn, become generic building materials which may be used for almost any type of structure in the majority of world climates and environmental situations. "
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Physical Planning, 2008.
This paper defines and studies issues related to physical planning.
6,463 words (approx. 25.9 pages), 30 sources, APA, $ 149.95
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Abstract
In this article, the writer examines the theoretical issues in physical planning and its role in upgrading traditional rural industries. The discussion focuses on several issues including the conceptual differences between physical, urban, regional and rural development planning. In addition, the research also examines the correlation between physical planning and economic development along with various issues related to core facilities and secondary facilities. The investigation then concentrates upon the role of physical planning in industrial development and several issues are examined.
Table of Contents:
Introduction
Definition of Physical Planning
Brief Examination Conceptual Differences among Physical, Urban, Regional and Rural Development Planning
Physical Planning and Economic Development
Content and Objectives of Physical Planning
Core Facilities
Secondary Facilities
Physical Planning in Industrial Development
Role of Physical Planning in Industrial Development
Role of Physical in Upgrading Traditional Small Scale Industries
Issues in Physical Planning Designs, Constraints, Obstacles
Challenges to Implementation of Physical Planning Schemes
From the Paper
"Indeed, physical planning is vital to the economic and social growth of nations. When physical planning is absent the population of a nation or a region may suffer greatly as it relates to their quality of life. In addition, economic and social development can be stifled because the necessary infrastructure such s hospitals, schools and industry are not available. Without the needed infrastructure a nation or a region does not have the capacity to sustain itself socially or economically and is often dependent upon nations that have the type of infrastructure that allows them to proper socially and economically development. Now that we have provided a definition of physical planning, the next section of the discussion will focus on conceptual differences associated with physical, urban, regional and rural development planning."
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Construction Management, 2008.
This paper presents a research study regarding the need for construction management.
753 words (approx. 3.0 pages), 13 sources, MLA, $ 26.95
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Abstract
In this article, the writer notes that the need for construction management has never been more critical than in the present for construction projects and in fact due to technological advances the construction manager's realm is one that has greatly diversified. The paper then presents research that clearly demonstrates that the need exists for highly educated, trained and qualified construction project management more than ever before due to issues of safety and security. The paper also relates that the purpose of the study is to research and examine construction management and to gain an understanding of how the needs and demands in construction project management have changed as compared to historical and traditional construction management.
Outline:
Statement of Thesis
Statement of the Problem
Purpose of the Study
Significance of the Study
Methodology
Literature Review
Findings of the Study
Recommendations for Research
From the Paper
"First the project must be organized prior to design and construction and while the project is ongoing the project manager will have considerations of labor, material, and equipment utilization. Cost estimation will be important as well as the economic evaluation of facilities and investments and the financing of the facilities to be construction. Other considerations include construction pricing and contracting and fundamental scheduling procedures as well as more advanced scheduling techniques. The project manager as well must consider cost-control, cost-monitoring and cost-accounting during the term of the construction project. Other considerations in project management include quality control and safety during construction and finally the organization and use of project information."
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Southeast Asia Regional Issues and Architecture, 2008.
A discussion of some of the detrimental effects of globalization in Southeast Asia and one architect's suggestion to counter them.
740 words (approx. 3.0 pages), 2 sources, MLA, $ 26.95
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Abstract
This paper addresses the problems arising from the fact that Southeast Asia has become an economic power in the global market. The paper points out that there has been rapid globalization in the region, where major Western companies set up shop, due to lower labor and production costs. The paper argues that, although this has been good economically, not everything is positive with Southeast Asia's growing industrial complex, increased energy consumption, and use of fossil fuel. The paper maintains that this productivity and progress negatively affects the environment and contributes to the global warming. To conclude, the paper suggests a way to prevent the increase of greenhouse gas emissions by setting up a team of architects, engineers, and scientist to design environmentally-friendly vehicles, factories and productivity devices, as well as green houses, buildings and offices that will use solar energy.
From the Paper
"The key issues hounding the continuous and total development of Southeast Asia can only be solved by a leader who is firm but fair, and believes in the spirit and substance of a true democracy. The firmness can imposed on those who rape and pillage the region's natural resources that actually endanger the lives of those in the region but the world too. Fairness must be applied to those who strive to contribute to improving the region without expecting a windfall in return - where seeing the region improve is reward enough. As an architect, I can try and do my best to help solve some if not all of the problems in Southeast Asia. I know I may not be able to solve then all but I can be one person who could make a difference. I will not only be an architect who designs and builds but an architect of socio-political and economic change."
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Technology in Bridge Building, 2008.
A brief literature review of the history of technology in bridge building as part of a research proposal.
1,285 words (approx. 5.1 pages), 3 sources, APA, $ 43.95
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Abstract
This paper explains that, to completely comprehend the different methods and materials associated with bridge building and to understand the history of technology in this area, one must first grasp the materials used in construction, how they are used and what technology is applied in their use. The paper then explains that the purpose of the research proposed is to provide a better understanding of materials and technology that have been historically utilized in building bridges including elements of hydraulics and drilling. The paper includes two tables.
Table of Contents:
Statement of Thesis
Study Purpose
Significance of Study
Questions of the Research
Methodology
Literature Review
Summary of Literature Reviewed
Recommendation for Further Research
From the Paper
"A great new range of materials has opened up for the use of 20th-century man: refractory metals, light alloys, plastics, and synthetic fibers, for example. Some of these do better, or cheaper, what the older ones did; others have combinations of properties that enable entirely new devices to be made or quite new effects to be achieved. We now employ in industrial processes a majority of the ninety-two elements in the periodic table, which are found in nature, whereas until a century ago, all but 20, if known at all, were curiosities of the chemistry laboratory."
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