حصريا كتب هامه لمهندسى قسم بور والأحدث على الإطلاق "متجدد".

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Geoff Klempner, Isidor Kerszenbaum, "Operation and Maintenance of Large Turbo-Generators (IEEE Press Series on Power Engineering)"
Wiley-IEEE Press | 2004-08-11 | ISBN: 0471614475 | 584 pages | PDF | 12.9 MB



The comprehensive guide for the operation and maintenance of large turbo-generators

Operation and Maintenance of Large Turbo-Generators is the ultimate resource for operators and inspectors of large utility and industrial generating facilities who deal with multiple units of disparate size, origin, and vintage. It offers the complete scope of information regarding operation and maintenance of all types of turbine-driven generators built in the world.

Based on the authors’ combined sixty years of generating station and design work experience, the information presented in the book is designed to inform the reader about actual machine operational problems and failure modes that occur in generating stations and other types of facilities. Readers will find very detailed coverage of:

* Design and construction of generators and auxiliary systems
* Generator operation, including interaction with the grid
* Monitoring, diagnostics, and protection of turbo-generators
* Inspection practices, including stator, rotor, and auxiliary systems
* Ideas for improving plant reliability and reducing costs and electrical failures
* Maintenance testing, including electrical and nondestructive examination

Operation and Maintenance of Large Turbo-Generators comes filled with photos and graphs, commonly used inspection forms, and extensive references for each topic. It is an indispensable resource for anyone involved in the design, construction, protection, operation, maintenance, and troubleshooting of large generators in generating stations and industrial power facilities. The book is also an excellent learning tool for students, consultants, and design engineers.

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Download: 12.9 MB, rar'd PDF

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Alexander Mitsos, Paul I. Barton, "Microfabricated Power Generation Devices: Design and Technology"

Wiley-VCH | 2009-03-23 | ISBN: 3527320814 | 300 pages | PDF | 3,5 MB


Focusing on a description of the technologies and methodologies
for computer-aided conceptual design, this book covers the design,
modeling and simulation of micropower generation devices. The articles
are authored by internationally recognized experts in the field, who
take the reader from fundamentals and design aspects to numerous power
generation strategies and system engineering. The comprehensive
coverage also extends to fuel processing, energy conversion, material
and heat management, device operation, economics and quality control.

For materials scientists, chemists, physicists, process engineers and those in power technology.



Enjoy this great book!



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Electrical installation handbook, Vol. 2: Electrical devices

ABB SACE, 2 Ed | 2004 | ISBN: N/A | 236 pages | PDF | 1,4 MB


Scope and objectives

The scope of this electrical installation handbook is to provide the designer and

user of electrical plants with a quick reference, immediate-use working tool.

This is not intended to be a theoretical document, nor a technical catalogue,

but, in addition to the latter, aims to be of help in the correct definition of

equipment, in numerous practical installation situations.

The dimensioning of an electrical plant requires knowledge of different factors

relating to, for example, installation utilities, the electrical conductors and other

components; this knowledge leads the design engineer to consult numerous

documents and technical catalogues. This electrical installation handbook,

however, aims to supply, in a single document, tables for the quick definition of

the main parameters of the components of an electrical plant and for the selection

of the protection devices for a wide range of installations. Some application

examples are included to aid comprehension of the selection tables.

Electrical installation handbook users

The electrical installation handbook is a tool which is suitable for all those who

are interested in electrical plants: useful for installers and maintenance technicians

through brief yet important electrotechnical references, and for sales engineers

through quick reference selection tables.

Validity of the electrical installation handbook

Some tables show approximate values due to the generalization of the selection

process, for example those regarding the constructional characteristics of

electrical machinery. In every case, where possible, correction factors are given

for actual conditions which may differ from the assumed ones. The tables are

always drawn up conservatively, in favour of safety; for more accurate

calculations, the use of DOCWin software is recommended for the dimensioning

of electrical installations.





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John Bird " Electrical Circuit Theory and Technology"
Newnes | May 28, 2007 | ISBN: 075068139 | 692 pages | PDF | 5.22 mb

This textbook for courses in electrical principles, circuit theory, and
electrical technology takes students from the fundamentals of the
subject up to and including first degree level. The coverage is ideal
for those studying engineering for the first time as part of BTEC
National and other pre-degree vocational courses, especially where
progression to higher levels of study is likely, as well as Higher
Nationals, Foundation Degrees and first year undergraduate modules.




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Dennis M. Sullivan "Electromagnetic Simulation Using the FDTD Method"
Wiley-IEEE Press | July 6, 2000 | ISBN: 0780347471 | 165 pages | PDF | 2.24 mb

You can immediately have the power to perform electromagnetic
simulation. If you have a fundamental understanding of electromagnetic
theory and the knowledge of at least one high-level computer language,
you can begin writing simple electromagnetic simulation programs after
reading the first chapter of this book.

Electromagnetic Simulation Using the FDTD Method describes the power
and flexibility of the finite-difference time-domain method as a direct
simulation of Maxwells equations. The FDTD method takes advantage of
todays advanced computing power because its computational requirements
increase linearly with the size of the simulation problem.



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