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Christian J: Fundamentals of Spacecraft
Optical Navigation

Fundamentals of Spacecraft Optical Navigation

Foreword Preface Acknowledgments Acronyms 1 Introduction 1.1 OpNav Pre-History 1.2 The Rise of Radio Navigation 1.3 OpNav in Crewed Spaceflight 1.4 OpNav in Robotic Spaceflight 1.5 Terrain Relative Navigation 2 Mathematical Foundations 49 2.1 Set Theory and Algebraic Structures 2.2 Vector Spaces and Linear Algebra 2.3 Change of Basis and Orthogonal Matrices 2.4 Attitude Parameterizations 2.5 Geometric Algebra 2.6 Polynomials 2.7 Conics (a first encounter) 3 Projective Geometry 165 3.1 Perspective and the Pinhole Camera Model 3.2 Rules of Perspective Projection 3.3 An Axiomatic Perspective 3.4 An Algebraic Perspective 3.5 Invariants 3.6 Two-Dimensional Transformations 4 Time, Reference Frames, and Orbits 309 4.1 Time and Angle 4.2 Equinoxes and Solstices 4.3 Celestial Reference Frames 4.4 Days, Calendars, and Civil Time 4.5 Two-Body Orbital Mechanics 4.6 Dissemination of Celestial Geometry 5 Astrometry and Star Catalogs 397 5.1 The Propagation of Light 5.2 Asterisms and Constellations 5.3 Classical Star Catalogs 5.4 Modern Astrometry and Star Catalogs 5.5 Stochastic Catalogs 5.6 Theory of Relativity 6 Radiometry and Photometry 515 6.1 Electromagnetic Spectrum 6.2 Photons and Quantum Electrodynamics (QED) 6.3 Radiometric Units of Measure 6.4 Blackbody Radiation 6.5 Apparent Magnitude 6.6 Photometric Systems 6.7 Transmittance and Optical Depth 6.8 Single-Scattering Phase Function (SSPF) 6.9 Reflectance Models 6.10 Reflectance Models for Rough Planetary Surfaces 6.11 Reflectance Model Comparisons 6.12 Resolved Photometry 6.13 Unresolved (Disk-Integrated) Photometry 7 Camera Hardware and Models 689 7.1 Overview of Camera Systems 7.2 Light Baffles 7.3 Optical Assembly 7.4 Image Sensors 7.5 Camera &amp; Optical Instrument Design 8 Navigating with Stars 821 8.1 Modeling Stars in Digital Images 8.2 Star Detection and Centroiding 8.3 Attitude Determination 8.4 Star Identification 8.5 Velocity Estimation from Stellar Aberration 9 Celestial Navigation 927 9.1 Global Shape of Self-Gravitating Bodies 9.2 Images of Ellipsoidal Celestial Bodies 9.3 Horizon-Based Position Estimation 9.4 Horizon-Based Attitude Determination 9.5 Triangulation 9.6 Navigation Filters 10 Terrain Relative Navigation 1069 10.1 Landmarks 10.2 Map-Free TRN 10.3 Map-Based TRN Index

Aerospace Series

Create safer, more reliable planes with this crucial guide Aerospace Stress Analysis is the field of research and engineering that evaluates stresses and strains on aerospace structures. By analyzing how different materials and components respond to forces, it helps aerospace engineers build for structural integrity and safety. Combining mathematical and computational models with experimental techniques, it's a crucial component of developing viable aerospace technologies. Standard Methods for Aerospace Stress Analysis offers a thorough, practical overview of the structural and stress analysis of both principal and secondary aircraft structures. It covers both fundamental concepts and advanced computational methods, along with key applications. With coverage of both interior and exterior structures, it's a one-stop shop for all major aspects of stress analysis. Standard Methods for Aerospace Stress Analysis readers will also find: <ul> <li>Step-by-step examples for every aircraft section</li> <li>Detailed discussion of methods including Finite Element Analysis</li> <li>Overview of key information on static, fatigue, damage tolerance, buckling, and more</li> </ul> Standard Methods for Aerospace Stress Analysis is ideal for professional mechanical and aerospace engineers working in the aircraft or space industries, as well as those studying to be.

Standard Methods for Aerospace Stress Analysis

Woodhead Publishing Series in Civil and Structural Engineering

Design of Ocean Structures: From Oil and Gas to Blue Economy offers specialized knowledge that serves to develop efficient, safe, and longlasting infrastructure systems for the transition to sustainable utilization of resources from the world’s oceans. The book's authors draw from their academic and industry experience to provide the most up-to-date, technical advances applied to the design, construction, and operation of farm-scale, bottom-fixed, or floating installations whose purposes include production of renewable energy, extraction of minerals, and open water aquaculture. Effective engineering methodologies accompany discussions of recent, interesting projects, challenges encountered, and other practical lessons learned through coherent case study examples. The book’s easy-to-follow organization concludes with a look at the effects of climate change on the ocean environment and future implications that may further affect design criteria and guidelines. This valuable reference volume is intended for audiences from a variety of engineering spheres who already have foundational understanding of structural design theory and practice and are hoping to transfer and adapt their underlying analytical skills to emerging blue economy sectors.

From Oil and Gas to Blue Economy

Design of Ocean Structures

The F-14 Tomcat's final combat cruise

The Last Catfight

An expert and contemporary presentation of computational analysis and design tools for professionals studying or applying the principles of aerodynamics In Aerodynamics: A Computational Introduction, a distinguished aerospace engineer and researcher Krzysztof Fidkowski delivers an up-to-date and authoritative reference text covering the essentials of aerodynamics. The book covers key topics, including basic fluid dynamics, potential flow, airfoil theory, boundary layers, wing theory, and compressible flow. Fidkowski takes a computation-first approach to the subject matter, presenting aerodynamics in a way that is compatible with the way the subject is handled in contemporary businesses and research labs. Aerodynamics offers numerical demonstrations, codes, and theory comparisons that make important derivations and conclusions easier to understand and apply. Readers will also find: <ul> <li>A self-contained introduction to the thermodynamics, mathematics, and numerical methods central to the subject of aerodynamics</li> <li>Comprehensive explorations of kinematics, dynamics, and potential flow</li> <li>Practical discussions of panel methods and airfoil theory, including design tools</li> <li>Numerical and analytical tools for boundary-layer analysis</li> <li>Complete treatment of finite-wing theory, including horseshoe vortices, lifting-line theory, and the vortex-lattice method.</li> </ul> Perfect for engineering students who want to learn how to apply basic numerical methods to large-scale aerodynamics problems, Aerodynamics: A Computational Introduction will also benefit professionals who wish to better understand aerodynamics and computational fluid dynamics.

A Computational Introduction

Aerodynamics

Environmental Fluid Mechanics

Providing a holistic treatment of multidisciplinary aspects of ecohydraulics, this book covers topics from remote sensing as well as sampling strategies for physical, chemical to biological components of river systems. It also includes emerging multidisciplinary assessment and modeling tools addressing hydrology, hydraulics, sediment transport, water quality and temperature, riparian systems and aquatic resources. Supplementary material for this book includes necessary software and data with accompanying Laboratory Manual with exercises from each chapter.

Ecohydraulics: Fundaments And Applications - Ecological And Environmental Fluid Mechanics

After two scientists crash on a hostile moon, they must use every tool at their disposal to survive. A tense, atmospheric voyage into the unknown from Adrian Tchaikovsky, author of Children of Time.

Shroud

An Introduction to the Mechanics of Elastic and Plastic Deformation of Solids and Structural Materials

Mechanics of Materials

Technological Advances, Research Trends and Applications

Silver Nanoparticles

This book presents a preliminary investigation into the response surface methodology (RSM) and its applications to engineering reliability analysis, with a focus on aircraft design.&nbsp;It addresses structural reliability issues and the computation problems in engineering reliability analysis involving finite element and Monte Carlo simulation techniques, and discusses both the accuracy and efficiency achieved with applications to real aircraft models.&nbsp;When analyzing the reliability of a very large, complex engineering structure with a number of random variables, response surface methods can be employed as an efficient tool to approximate unknown limit states that may otherwise require costly numerical solutions.&nbsp; The book is intended for researchers and postgraduate students in fields such as dynamics, aerospace technology,&nbsp;and astronautics.

This book presents a preliminary investigation into the response surface methodology (RSM) and its applications to engineering reliability analysis, with a focus on aircraft design.&nbsp;It addresses structural reliability issues and the computation problems in engineering reliability analysis involving finite element and Monte Carlo simulation techniques, and discusses both the accuracy and efficiency achieved with applications to real aircraft models.When analyzing the reliability of a very large, complex engineering structure with a number of random variables, response surface methods can be employed as an efficient tool to approximate unknown limit states that may otherwise require costly numerical solutions.The book is intended for researchers and postgraduate students in fields such as dynamics, aerospace technology,&nbsp;and astronautics.

Response Surface Methodology (RSM) and Aerospace Applications

Reliability Analysis of Large Engineering Structures

Supercritical Fluids in Pharmaceutical and Biomedical Technologies: From Controlled Drug Release Formulation to Tissue Engineering describes the well-studied, but previously not well summarised supercritical fluid technologies useful for pharmaceutical and biomedical applications. Supercritical technologies have been described over the last 20 years as innovative and capable of solving many problems relating to conventional chemical processes such as extraction, crystallization, foaming, drying precipitation, aerogels fabrications. This is generally true but there remain exceptions and limitations. Featuring extensive case studies and examples presenting from lab-scale to industrial scale, the author highlights the innovations of the described processes, but also their drawbacks, such as the difficulties to generalize the process application to several drugs and biomolecules. The book provides a critical overview on the necessity of process optimization case-by case that have limited the use of these dense gases in larger scale pharmaceutical or biomedical industrial production. Supercritical Fluids in Pharmaceutical and Biomedical Technologies: From Controlled Drug Release Formulation to Tissue Engineering will appeal to graduate and postdoc level students and researchers primarily in chemistry, pharmaceutical chemistry, and chemical engineering. R&amp;D scientists at pharma and biotech companies and postdoc students studying advanced pharmaceutical technologies for drug delivery and tissue engineering, medical biomedical technology and bioengineering will also find the book useful for reference.

Fundamentals of Spacecraft Optical Navigation

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