Engineering Computation by Ketter & Prawel (Modern Methods of) [Textbook Binding]

$17

1969 McGraw Hill publishing edition. Hardcover has some shelf wear at edges and corners. No dustjacket. The pages are clean and in good condition. The binding is secure.

A vintage gem from 1969, “Engineering Computation by Ketter & Prawel” captures the dawn of computational engineering. As digital computers emerged, this textbook equipped engineers with cutting-edge numerical methods for solving complex problems. While techniques may seem dated, it holds historical significance as a foundation for modern computational approaches that revolutionized industries. For collectors and enthusiasts, it offers a rare glimpse into the pioneering era that shaped a now-indispensable discipline.

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SKU: VB36-057 Categories: , , Product Condition: Used

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1969 McGraw Hill publishing edition. Hardcover has some shelf wear at edges and corners. No dustjacket. The pages are clean and in good condition. The binding is secure.

This vintage textbook, “Engineering Computation by Ketter & Prawel (Modern Methods of),” offers a fascinating glimpse into the early days of computational engineering. Published in 1969, it captures a pivotal moment in history when the field was rapidly evolving, fueled by the advent of digital computers and new numerical methods. The authors, experts in their field, aimed to equip students and professionals with the latest techniques for solving complex engineering problems through computational approaches.

While the methods and technologies described may seem antiquated by today’s standards, this book holds immense historical value. It represents the foundation upon which modern computational engineering was built, paving the way for the sophisticated simulations and analyses that have revolutionized industries from aerospace to civil engineering. For collectors and enthusiasts of scientific literature, this book offers a rare opportunity to explore the thought processes and methodologies that shaped a discipline now integral to virtually every engineering endeavor.

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