Product Description
Combining topics from numerous applications in biomechanics,  Applied Biomedical Engineering Mechanics demonstrates how to analyze physiological processes from an engineering perspective and apply the results to tertiary medical care. The book extends its discussion to the investigation of diagnostic and surgical procedures. It also presents guidelines for prostheses design and explains how to optimize performance in sports games such as soccer, baseball, an… More >>

Applied Biomedical Engineering Mechanics

• In English/American, German, French, Italian, Spanish and Portuguese/Brazilian
• 10, 987 terms
• 1490 pages in two volumes

Product Description
This dictionary contains terms covering the following 14 main fields: Architectural Engineering and Buildings, Civil Engineering, Engineering, Geology, Geotechnical Engineering, Hydraulics, Hydrogeology, Hydrology, Mechanical Engineering, Mechanics, Mining Engineering, Petroleum Engineering, Science and Technics, Surveying.

The dictionary has two sections: the first one, the Basic Table, lists the terms in English (as well as those which are specifically American) … More >>

Elsevier’s Dictionary of Engineering

Product Description
This detailed, interdisciplinary introduction to transportation engineering is ideal as both a comprehensive tutorial and reference. Begins with the basic sciences, mathematics, and engineering mechanics, and gradually introduces new concepts concerning societal context, geometric design, human factors, traffic engineering, and simulation, transportation planning, evaluation. For prospective and practicing transportation engineers…. More >>

Transportation Engineering and Planning

• Structural engineering is used in large number of industrial areas. These areas include construction of residential buildings, dams, shop designing etc. Here structural design plays a vital role to accomplish these tasks effortlessly.

It can be identified as a process used for construction of buildings or other structures. In this process, “engineering mechanics” is used so that these structures can resist load. Structural design mainly focuses on giving them maximum stability. Now when the structural design gets completed, one will have a feasible solution in the form of a secure and economic designed structure.

Structural design needs great amount of planning and concentration. Structural/Civil engineers deeply observe the situation and make a strategy in order to make structures strong enough to withstand loads and other external forces. They plan it according to engineering mechanics and give these structures strong integrity and safety. Some of the main areas of concern are:

• Stability against loads/external forces
• Reliability/Safety
• Strength/Potential.

In structural engineering, structural design is responsible for building’s support. It takes care of building parts like:

• Beams
• Walls
• Columns, Floors etc.

Then it simply calculates how to maximize the strength of a building structure by utilizing available materials. It also takes care of what factors can affect the strength of the buildings.

Now the next step is to decide which construction technique should be used. This construction technique should be unique, easy to implement and economic. Also it should follow safety measures of the construction industry. If implemented properly, it saves ample of time and thus helps your business do better and better.

This is how structural design is used in structural engineering. It simply uses structural and civil engineering concepts and makes buildings/structures strong and accurate enough for business purpose.