Abstract
This paper presents a brief background to issues surrounding dam construction. The paper examines the failure of the Teton Dam, citing the reasons for the disaster. The paper highlights the events of the fateful day of the failure of the dam. The lessons learned from this tragedy are outlined in the paper.

Outline
Introduction
Physical Aspects
Political, Social and Economic Factors
Responses and Impact
Future Implications

From the Paper
"There are countless dams in the United States and throughout the world. They range from massive hydroelectric complexes, to smaller earthen or cement structures largely used for flood control and irrigation purposes. Although most dams are useful, safe structures, the principles of dam construction-especially on medium to large scales-are difficult and precise. When omissions or errors in engineering or implementation of engineering principles are accidentally made, overlooked, or outright ignored serious and sometimes catastrophic failures can result."

Tags:hydroelectric, flood, control, irrigation

Abstract
In this essay, the writer relates that there are few dams in the world that have received the amount of attention that Hoover Dam has received since its construction years ago. The writer points out that, with an annual tourist draw of more than 1 million people, Hoover Dam is counted as one of the most visited tourist attractions in America. Standing at 762 feet the dam towers above the dry arid floor around it and generates power for more than 1 million customers in Arizona, California and Nevada. This paper presents an extensive overview of Hoover Dam. The writer explores the construction, the benefits to society the dam provides and the future plans for the dam. The writer concludes that Hoover Dam continues to be respected as one of the great architectural designs in America's history.

Outline:
Introduction
Differences
History
Touring Options
The Building of the Dam
Conclusion

From the Paper
"There are two dam tours available, one that lasts 30 minutes and another that lasts for an hour. The half hour tour provides information for a tour of up to 80 people and takes the participants into four different engineering areas. The second tour however, has room for 16 people because it asks them to don hard hats and go deeper into the dam to visit 10 additional sites of interest."
"The longer tour starts with an elevator ride that travels down more than 52 stories in length directly into the canyon wall. Once the elevator stops tourists walkthrough a long tunnel to the power plant where tour members are urged to put earplugs in before entering."

Tags:construction, lake, power, traffic

Abstract
The paper reviews the growth of civil engineering principles from the 19th century into 20th century business practices. The writer details the history of Colorado River flooding, and shows why there was a need to dam the river. The writer examines the players in the planning and bidding for the project, and explains how they successfully landed one of the largest construction contracts of the era. The paper describes the complex architectural and building challenges of the project. The writer concludes that the Hoover Dam, as an attempt by man to control the forces of nature, epitomizes the spirit of civil engineering in modern America.

From the Paper
"What makes Hoover Dam such an important milestone in dam construction and Civil Engineering's part in it? "The beginning of the Boulder Canyon project in 1930 with (now) Hoover Dam as its principal feature marked a significant advance in engineering for dams. The whole project was distinguished by extraordinary planning and achievement. The various phases of investigation, planning and design of this multiple-purpose project transcended all previous efforts." [6] The massive size and great height of Hoover Dam exceeded all past conceptions for dam design. Large-scale generation of hydroelectric power for general industrial and public use at places far removed from the project area was included as a major feature of the project plan."

Tags:arizona, colorado, river, construction

Abstract
The Three Gorges Dam project, if completed, would be the biggest construction in the history of the world. The project will be the largest hydro-power station and dam. There is a growing concern both domestically and internationally about the human rights violations associated with the displacement of people. This paper discusses why the construction of the Three Gorges Dam is a mistake and gives possible solutions in its stead.

From the Paper
"The Peoples Republic of China has undertaken the greatest project since the building of the Great Wall and the Grand Canal. The Three Gorges Dam project, if completed would be the biggest construction in the history of the world. The project will be the largest hydro-power station and dam. The project has been controversial since it was first proposed and construction has been stopped several times. There is a growing concern both domestically and internationally about the human rights violations associated with the displacement of people. An estimated 2 million people will lose their homes, livelihoods and their land. The project will create millions of refugees, flood homes and cultural treasures and endanger human health [Marcia & Joseph 1998].
The massive Three Gorges Dam on the Yangtze River in China will have a 1.2-mile stretch of concrete and a 370 mile-long reservoir, which would be 525 feet deep. The project will stretch two kilometers across the Yangtze River, stand 185 meters high, and create a 600-kilometer lake behind it. Indeed it will be one of the monstrous erections in the world. This project will cost more than any other single construction project in history with an unofficial estimate as high as USD 75 billion or more. Construction of the dam began in 1994 and is scheduled to take 20 years and yet another $24 billion. Much of what the project opponents both inside China and around the forecasted in 1989 is in full view for the world to see [Marcia & Joseph 1998]."

Tags:Yangtze, River

Abstract
This paper presents an examination of the Aswan High Dam in Egypt. The paper explores the history of the construction of the dam. It then examines its uses. Finally the paper looks at the benefits of the dam and its liabilities. The paper concludes that overall the pros outweigh the cons and that the Aswan High Dam is a valuable asset to Egyptian society.

Table of Contents:
Introduction
The Dam
Conclusion

From the Paper
"The Aswan High Dam is one of the largest dams in the world and it provides a multitude of benefits to those who live in the surrounding area."
"The electricity it generates is clean, and does not contribute to air or environment pollution. It maintains the river to control flooding which allows the environment to grow and prosper without fear of destruction.
The problems it created while being constructed included the destruction of artifacts that were thousands of years old. In addition it flooded a nation and the entire population had to be moved with their lifestyles and history destroyed. When the pros and cons are weighed against each other the dam provides many benefits to society now and will continue to do so in the future."

Tags:generator, electricity, artifacts

Abstract
This paper explains that when America's leaders began to develop ideas for how best to tap into the natural resources in the vast, sprawling Western lands, they didn't shrink from thinking splendid thoughts on a grand, colossal scale, which resulted in the building of Hoover Dam. The paper details the history of how the mighty Colorado River, "America's most dangerous river," became the conduit for the annual production of 10 billion kilowatt-hours of electrical energy. The author believes that the story of how the Hoover Dam was built is a demonstration of how, today, jobs could be created, positive projects could be constructed, and the future could be made stronger and brighter.

Table of Contents
Thesis
Introduction
Background Colorado River Facts
The Early History of the River
Floods Create Havoc along the Southern Banks of the Colorado
Selecting a Site and Working out Water Rights for the Dam
Legal and Political Problems
The Hoover Dam Project Begins in Earnest
Living Conditions for the Workers
Deaths during Construction of Hoover Dam
The Specific Strategy to Tame the Colorado River
Specific Numbers and Data
Conclusion

From the Paper
"The building of the dam was not only a much-needed flood control and electrical generating endeavor but also a job-producing project in the midst of the Great Depression. There were 5,218 men working on the dam at the peak of construction, men who desperately needed work in very rough economic times. With a monthly payroll of some $750,000, that worked out to around $145 per month per man. The men ate at a mess hall that fed 1,300 workers at a time. It cost each single man $1.60 per day for food, housing, and transportation to and from the dam site. For married men, the cost for a small, unfurnished house ran between $15 and $50 a month."

Tags:depression, flood, electricity, resources, projects

Abstract
Throughout the 20th century, dam building to improve irrigation and produce hydroelectricity was considered a key component of development. It was undertaken universally from the United States to China and from the Arctic to the Equator. Despite decades of construction, the debate over the environmental impact and net cost-benefit of dams persists. The following discussion will focus on the Narmada Project in India. It is one of the largest hydro developments in the world. The current official plan calls for 30 major dams and 3,135 others on India's fifth largest and only westward flowing river system.

Abstract
This paper focuses on the various aspects of constructional activity including planning, procuring, executing and registering activities. The paper also considers the legal aspects, insurance aspects and maintenance aspects of constructional activity and uses examples, facts and figures to discuss each aspect. Additionally, the paper looks at management in the construction industry, the risks of a constructional company, new techniques and methods in construction, and what strategy a construction company should follow in order to be successful.

What is Construction
What is Constructional Activity
Manager's Code of Professional Ethics in Construction
Risks of a Constructional Company
New Methods and Techniques of Construction
Order to be Followed in a Construction Industry for being Successful

From the Paper
"Building construction-case study of Fletcher Construction, Australia
According to the Recycling Resources Recovery Council (RRRC) the construction industry waste accounts for 44% of the total land fill in Victoria. In January 1993, Fletcher construction selected two Melbourne construction sites for training the program. One site was to introduce recycling and waste minimization methods and the other would adapt the traditional approach of handling waste on sight. The results of the trial revealed substantial savings to the project and environment. The process of implementing recycling and waste minimization reduced the volume of waste from 44% to 15%. 43% less land filled space was consumed and there was a financial saving of 55% achieved on waste removal cost. Over one third of the total waste volume generated was recycled. Fletcher Construction of Australia has incorporated green measures into its national policy, aiming to reduce waste on every constructional site by 25% as compared to the conventional methods. Its sister company in Seattle, Washington has also implemented similar methods."

Tags:capital, resources, structure, industrial, premises, projects, productivity, dams, canals

Abstract
This paper explains the preparations necessary prior to constructing a dam.

Tags:ENGINEERING, CONSTRUCTION, dam site preparations

Abstract
Where hydropower plant constructions are a necessity for improved standards of living, they also pose a threat to humans and plant and animal life in various ways. This paper discusses various social and environmental impacts of hydropower plant construction.