More about the book
The trend toward miniaturization and high power density in electronics has led to increased interdependency among engineering fields, making thermal management crucial in electronic system design and manufacturing. Effective thermal management helps prevent heat-related failures, extends system life, and reduces noise, energy consumption, costs, and time to market. It can also provide significant market differentiation. Addressing thermal design early in the product development process enhances design flexibility. The author begins by laying the foundational knowledge needed to tackle basic electronic cooling issues, then explores heat transfer fundamentals for a deeper understanding of heat transfer physics. The discussion progresses to experimental and numerical techniques commonly used in thermal design processes. The book concludes with advanced cooling methods, offering comprehensive insights into thermal design. This resource equips engineers with the expertise necessary for effective thermal management in electronics, advancing their skills toward becoming multidisciplinary engineers.
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Heat Transfer, Younes Shabany
- Language
- Released
- 2009
- product-detail.submit-box.info.binding
- (Hardcover)
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- Title
- Heat Transfer
- Subtitle
- Thermal Management of Electronics
- Language
- English
- Authors
- Younes Shabany
- Publisher
- CRC Press
- Released
- 2009
- Format
- Hardcover
- Pages
- 491
- ISBN10
- 1439814678
- ISBN13
- 9781439814673
- Series
- Rating
- 4.2 out of 5
- Description
- The trend toward miniaturization and high power density in electronics has led to increased interdependency among engineering fields, making thermal management crucial in electronic system design and manufacturing. Effective thermal management helps prevent heat-related failures, extends system life, and reduces noise, energy consumption, costs, and time to market. It can also provide significant market differentiation. Addressing thermal design early in the product development process enhances design flexibility. The author begins by laying the foundational knowledge needed to tackle basic electronic cooling issues, then explores heat transfer fundamentals for a deeper understanding of heat transfer physics. The discussion progresses to experimental and numerical techniques commonly used in thermal design processes. The book concludes with advanced cooling methods, offering comprehensive insights into thermal design. This resource equips engineers with the expertise necessary for effective thermal management in electronics, advancing their skills toward becoming multidisciplinary engineers.