Aerospace Engineering

Proposes a solution to the problem of incorrect use of automation tools to perform complex design work. The book highlights advanced information technologies in the fields of design, machine learning, and computer vision.

Models and analyzes the working processes of space, gel, and pumped liquid rocket engines. It presents dynamic simulations of startup, steady-state, and shutdown phases, offering advanced insights for researchers, students, and professionals in aerospace propulsion and engine system design.

This open access book explores solar thermal thrusters in aerospace propulsion, covering theoretical analysis, simulations, experiments, and design optimization. It presents recent research findings and serves as a textbook or reference for students, teachers, and researchers in aerospace, aeronautics, and thermal engineering.

This concise and accessible book offers a quick introduction to space technology, covering satellite design, orbital physics, and key historical developments. Ideal for beginners or professionals, it includes references for deeper exploration and is perfect for learning on the go.

Explores lightweight system design for low-emission aviation, highlighting how reducing weight and drag improves energy efficiency. It covers design methods, technologies, and integration strategies, presenting recent research to inspire further innovation and practical application in future aircraft development.