
Tecnologia di produzione: Per gli studenti di Diploma e B.Tech Mechanical Students
によって
Dr D V Sreekanth
まだ評価がありません
Science & Technology
形式
ペーパーバック
ページ数
204
言語
イタリア語
公開されました
Mar 5, 2021
出版社
Edizioni Sapienza
版
1
ISBN-10
6202644591
ISBN-13
9786202644594
説明
Written for engineering students, this book delves into the intricate world of production technology, offering a comprehensive guide tailored specifically for Diploma and B.Tech Mechanical students. Through its detailed approach, it covers fundamental concepts crucial for understanding contemporary manufacturing processes and practices.
Dr. D V Sreekanth and Mr. B Subba Reddy present the material in a clear and engaging manner, making complex theories accessible to aspiring engineers. The authors emphasize practical applications alongside theoretical knowledge, ensuring readers can connect what they learn with real-world scenarios. Each chapter is thoughtfully structured, promoting a deeper understanding of the various production technologies in play today.
As students navigate this essential discipline, they will find valuable insights that prepare them for their future careers in engineering and technology. This book serves not just as a textbook but as a vital resource for developing the skills and knowledge key to succeeding in the dynamic field of mechanical engineering.
Dr. D V Sreekanth and Mr. B Subba Reddy present the material in a clear and engaging manner, making complex theories accessible to aspiring engineers. The authors emphasize practical applications alongside theoretical knowledge, ensuring readers can connect what they learn with real-world scenarios. Each chapter is thoughtfully structured, promoting a deeper understanding of the various production technologies in play today.
As students navigate this essential discipline, they will find valuable insights that prepare them for their future careers in engineering and technology. This book serves not just as a textbook but as a vital resource for developing the skills and knowledge key to succeeding in the dynamic field of mechanical engineering.