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Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology)

Posted by on Dec 5, 2017 in Mechanical Engineering | 0 comments


The textbook entitled Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology) is a well-researched and solution oriented material in Microresonators’ mechanical design. It is 342 pages long and can be ordered for from Amazon.com. This article sheds light on specific details required by any serious buyer prior to purchasing the book. This involves the authorship, pricing and shipping information, book description and product information. Going through this information is meant to make you make a sound purchasing decision.  Engineering in Kenya has more articles.

Mechanical Design of Microresonators Mechanical Design of Microresonators: Modelling and Applications (McGraw Hill Nanoscience and Technology)

Mechanical Design of Microresonators

Authorship, Pricing and Shipping of Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology)

This textbook is the work of Nicolae Lobontiu. The author is well experienced in the field and has so far written several other books. These include Compliant Mechanisms: Design of Flexure Hinges, System Dynamics for Engineering Students: Concepts and Applications, Mechanics of Microelectromechanical Systems, and Dynamics of Microelectromechanical Systems (Microsystems).

This textbook’s cost is 165 US dollars at Amazon.com and it is shipped for free with the Super Saving shipping option. The gift wrap is freely available for purposes of packaging the book prior to the shipping process. There is only one copy of Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology) available at the Amazon stock but more copies are on the way. Students can order the book and get it shipped for free within a period of only two days.

Book Description for Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology)

Resonators are used to filter particular frequencies, and so act as a frequency reference. Their application is in devices such as computers and cell phones.  Here, they enable the user greatly benefit from the high bandwidths which can be used to send data in large amounts. When they are used in medical based instruments such as MRIs, they can be used in the detection of biological molecules and other microorganisms.  The main hurdle that researchers encounter when developing these Microresonators is the reliability problem, emanating from the size of the resonator, such that, smaller resonators are less reliable compared to bigger ones.

The author of Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology) uses his research at Cornell University to attempt and come up with a remedy to this challenging problem. Microresonators are very important aspects of majority of the MEMS applications, starting from the auto sector (occupation detection, safety systems, biometric sensors for comfort programs, pressure monitoring, and stability and roll over), to the telecommunication sector (particularly the radio frequency domain with applications such as tunable capacitors, mechanical filters and switches used in wavelength division multiplexing).

The information in Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology) is very timely to the book series. The author has used examples from the real world. These include STM and AFM examples that have been addressed in it. The textbook is very informative and provides effective modelling and design methods coupled with examples to help provide more solutions to the reliability aspects of Microresonators.

The book’s content that reflects the state -of the- art approach in solving the reliability problem in Microresonators is as follows: Design of Microresonators, Distributed Parameter design, Single and Multi-Component Microresonators, Lumped – Parameter Design, Transduction Design and, Mass Detection and Microresonators.

Product Details of Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology)

This textbook is in hardcover form and has a total of three hundred and forty two pages. The first edition was published by McGraw-Hill Professional on September28, 2005, in English language. Its ISBN number is as follows: ISBN-10: 0071455388 and ISBN-13: 978-0071455381. Its dimensions are 9.1 inches in length, 6 inches width and 1.2 inches high. The book’s shipping weight is 1.4 pounds and, among Amazon’s best seller’s it is ranked as position 3,045,305.

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In conclusion, this is a textbook that goes for 165 US Dollars at Amazon. It can be ordered and be shipped to the buyer freely. It contains latest information that attempts to solve the reliability problem experienced in Microresonators. It is the work of an experienced researcher and author. As such, the book that suits the need of the moment in mechanical design is none other than Mechanical Design of Microresonators: Modelling and Applications (McGraw-Hill Nanoscience and Technology).  And thus Mechanical Design of Microresonators  

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