Ludlow Engineering and Land Survey

They carry out data analysis & gather necessary information through careful observations, measurements in the land, research of legal documents & reviews. These minor data details pave the way to dimensional surveys, architectural surveys & mechanical surveys.

These data help in determining the 2D or 3D structure of the piece of land. Later documents of historical evidence or record are prepared in PDF format files out of these data. The maps based on such documents find a great use in dimensional surveys, architectural surveys, boundary surveys, topographic surveys & judicial surveys. The land surveys cover the whole lot of things including data gathering & mapping, location surveys, accurate measurements of elevation, length, area, volume, angles, vertical & horizontal control surveys, their analysis & implementation to fulfill varied kind of surveying & drafting needs faster.

There are several kinds of land surveys but all of them have the same objective of preparing concise & detailed maps. The dimensional surveys & architectural surveys are the most commonly used survey types but they are somehow co-related. Whatever may be the survey type, it is only concerned with the creation of maps that display the locations of important property elements such as points, distances & angles between them. The physical properties as well as the property boundary line are two basic things that clearly show up in these maps.

The mechanical surveys are another important kind of survey taking place in industries ranging from automotive & aerospace to transportation & energy. They are helping mechanical engineers to understand the problem of sustainable design in the production business & rectify them for better productivity & efficiency. These surveys are done to identify common machinery problems of gearbox or bearing wear which produce increased vibration and/or friction & heat that will greatly reduce the lifespan of the machinery parts. Thats why mechanical surveys are done for early detection of the problem & carry out necessary repairing & maintenance, etc, which increases their durability & minimizes the chances of catastrophic failure.

Each of the above types of surveys has its own specific requirements & therefore uses special tools to go ahead with the measurement & layout preparation work. The data obtained from the measurements & observations are again feed into computer. While analyzing data, necessary precaution is taken so as not to miss out any crucial set of information. Again these collected data are compared to find out their matching with the measurements. Then maps are being prepared from them using sophisticated software. Finally brilliant maps are built up which any surveyor can use for further designing.

About the Author:
Michael Butters is a professional land surveyor who has expertise in the areas of dimensional surveys, topographical surveys, architectural & mechanical surveys. He has successfully handled dimensional surveys & architectural surveys of a variety of residential & commercial construction projects. To know more on his architectural surveys service, please visit us at http://www.geomatics-uk.com/

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Firstly of all it is necessary to explain what a Topographic survey is. Although it can have slightly different meanings in the USA and Europe, it is generally taken to mean the study of the shape of the earth’s surface and the depiction of these shapes on three dimensional maps.

In some parts of Europe the older meaning of the word which was a more general study of a place and included such measures as vegetation, man-made features and local history still pervades. In the United States, however, this meaning is used less and topography is specifically to do with ‘relief’ in other words the difference between changing levels of land. This is the meaning we shall be using for the remainder of this article.

You may sometimes hear topographic surveys referred to as Land Surveys, Level Surveys or Site Surveys and they provide architects, developers, authorities and land owners with vital information about the piece of land in question. This information is presented in the form of a three dimensional map.

The terrestrial position of points and distances and angles between them are determined by the topographic survey. Traditional tools and methods such as dumpy levels and clinometers are used although remote sensing technology has speeded things up and led to greater control over long distances. Surprisingly however, the direct survey still provides the basic framework and control points for all topographic work.

The fieldwork in a topographic survey consists of the establishment of a basic framework of horizontal and vertical controls and also the determination of the horizontal and vertical locations of details in the vicinity of each instrument point. The topographic control consists of two parts – the ‘horizontal control’ which locates the horizontally fixed position of specific control points and the ‘vertical control’ in which the elevations of specified bench marks are established.

Architects, engineers and buyers of land all need to have topographic surveys done. It is vital when the design of the building is being done, and also shows how the building should be constructed. Land buyers should also have a survey done when they are deciding what to do with the land.

About the Author:
If you want to find out more information about topographic surveys, then visit the Sitechnics website at www.sitechnics.com for more information.