This book presents groundbreaking strategies to revolutionize agriculture and feed our growing world. It offers a roadmap of innovative solutions, from precision farming to regenerative practices, for a sustainable and resilient future.
Human travel to other planets and launching satellites depend on rocket design. This book discusses the components of a rocket, their functionality, and their design in a straightforward way. For academics, students, and anyone intrigued by the inner workings of rocket science.
This book derives fluid-dynamic balance equations from a molecular perspective. It shows how Euler equations are obtained in equilibrium and the Navier-Stokes equations in non-equilibrium, linking their validity to small perturbations of the Maxwell distribution.
Next-Gen Solutions for Sustainable Agronomy
This book examines the technological landscape that underpins the future of sustainable agriculture. From precision farming and robotics to crop genetics, it unveils diverse tools for more efficient practices, fostering increased food production to address global food shortages.
This book contains proceedings from the ICRAIC 2K25 conference, where leading global experts explored cutting-edge innovations in robotics, automation, and AI. It offers valuable insights into the latest trends, challenges, and applications for researchers and professionals.
Climate’s Impact on Agriculture
As climate change reshapes food production, this book offers actionable solutions. It merges cutting-edge research with sustainable practices and innovative technologies, providing strategies for farmers and policymakers to navigate this urgent challenge and build resilience.
A lucid introduction to system dynamics and control. This book systematically introduces the mathematical tools for modeling engineering systems, followed by the fundamentals of control system design and analysis. Numerous examples and exercises are included for self-study.