Turning and Boring
Publicado por Good Press
English
2023
ISBN 4066339540491
eBook
Buy at LORANCHBOOKSTORE
🇺🇸
Bajalibros Latam
🇺🇸
Visitar tienda →
LORANCHBOOKSTORE
🇺🇸
Visitar tienda →
Disponible en 2 librerías
LORANCHBOOKSTORE
🇺🇸
Visitar tienda →
Sobre este libro
In "Turning and Boring," Franklin Day Jones delves into the intricate world of machining, focusing on the essential processes of turning and boring as pivotal techniques in metalworking. The book'Äôs straightforward yet informed prose captures the nuances of these methods, blending meticulous technical detail with accessible explanations suitable for both novices and experienced practitioners. Grounded in practical applications, Jones's work situates itself within the broader context of early 20th-century industrial advancements, reflecting the growing emphasis on precision engineering during this transformative period in American manufacturing. Franklin Day Jones, a seasoned engineer and educator, brings forth decades of experience in mechanical design and workshop practice to this seminal work. His background in industrial technology and his passion for teaching have informed his approach, resulting in a text that not only conveys technical knowledge but also inspires appreciation for the craftsmanship inherent in machining. Jones's insights are shaped by firsthand observations and an understanding of the evolving landscape of industrial mechanics, making his contributions both practical and significant. Readers seeking to enhance their understanding of machining will find "Turning and Boring" an indispensable resource. Whether you are a student of engineering, an aspiring machinist, or a seasoned professional aiming to refine your skills, this book offers a rich tapestry of knowledge, practical tips, and a celebration of the art of machining.
Categorías
- Idioma
- English
Compartir
También te puede interesar
Ingeniería de confiabilidad
Acuña-Acuña, Jorge
Operações Industriais
Gasparim, Marcelo
6th International Conference on Ignition Systems for SI Engines – 7th International Conference on Knocking in SI Engines
Zerspanungsmechanismen beim Schleifen von polykristallinem Diamant
Schindler, Florestan
Virtueller Prototyp zur Optimierung und Absicherung der
Quinders, Stefan
On the Use of Potential Theory for Thermal Modeling in Metal Cutting
Brockmann, Matthias