Rahul Sharma Volgorde van de boeken

Eine Vielzahl von Schweißverfahren nutzt eine bewegte Wärmequelle mit hoher Leistungsdichte, was zu einem stark inhomogenen Temperaturfeld mit hohen räumlichen Gradienten führt. Dies verursacht eine inhomogene Dehnungsverteilung im Material, die Werkstofftrennungen bei hoher Temperatur und verbleibende Eigenspannungen nach der Abkühlung zur Folge haben kann. In dieser Arbeit wurde das thermisch induzierte Dehnungsverhalten im Schmelzbadebereich beim WIG-Schweißen untersucht, mit dem Ziel, das transiente Dehnungsverhalten im Hochtemperaturbereich zu quantifizieren und ein besseres Verständnis der Heißrissentstehung zu ermöglichen. Der Fokus lag auf einer experimentellen Analyse des Dehnungsverhaltens zweier Modellwerkstoffe: Reinaluminium Al99,5 und der Nickelbasislegierung Alloy 625 (NiCr22Mo9Nb). In-Situ-Experimente mittels Neutronenbeugung wurden durchgeführt und mit konventionellen Dehnungs- und Temperaturmessverfahren (Bildkorrelation und Thermographie) verglichen. Die Ermittlung der Eigenspannungen erfolgte durch Neutronenbeugung und die inkrementelle Bohrlochmethode. Die Ergebnisse zeigen, dass In-Situ-Neutronenbeugung das elastische Dehnungsfeld beim Schweißen ermitteln kann und valide Ergebnisse liefert, jedoch auch die Einschränkung einer geringen Ortsauflösung aufgrund des großen Messvolumens aufzeigt. Die entwickelte Methode zur Temperaturbestimmung aus Beugungsdaten erleichterte die Auswertung des Dehnungsexperimen

Exploring the concept of cloud computing, the book delves into how it provides a range of services such as servers, storage, and software via the Internet. It emphasizes the benefits of this technology, including accelerated innovation, adaptable resources, and cost efficiency. The discussion highlights the transformative impact of cloud services on businesses and technology, illustrating their significance in today's digital landscape.

This book serves as an introductory guide to understanding C++, focusing on fundamental concepts and practical applications. It aims to equip readers with the necessary skills to navigate the language effectively, making it suitable for beginners. Through clear explanations and examples, it covers essential topics, enabling readers to build a solid foundation in C++ programming.

Focusing on software engineering methodologies, this guide simplifies concepts and techniques for designing and building reliable software, making it accessible to beginners without prior experience. It covers various development models, including waterfall, agile, and RAD, using clear language and practical examples. Each chapter concludes with exercises to reinforce understanding and application of the material. This comprehensive resource equips readers with the foundational knowledge necessary for navigating the software development landscape.

Can you cheat death? Jeff had cheated death once. Would he be able to do that again? He is the only Time Aberration in the whole universe, and now his friend is Time Anachronism. Finding his best friend Sam, who is lost in time, is not only Jeff's priority but his obsession. But he is not alone in this journey, as he has his friends Jessica, Emma and others to accompany him on this adventure. He also has the advantage of the latest technology from CyberTech, which comes in handy, and his new AI friend to resolve all the mysteries behind his lost friend. Unleash the mysterious time travel and mind-blogging journey of Jeff and Sam. Explore various hi-tech future inventions, the science behind time travel, and the enigmatic journey of two friends living in different timelines.

Design and implement professional-level programs by leveraging modern data structures and algorithms in Rust. Improve your productivity with simpler, more efficient code while exploring functional and reactive implementations of traditional data structures. This Learning Path offers clear explanations of Rust's features, supported by real-world examples, to help you build robust and scalable programs. Begin with an introduction to Rust's data structures, algorithms, and essential constructs. Learn to store data using linked lists, arrays, stacks, and queues, and implement sorting and searching algorithms such as Brute Force, Greedy, Dynamic Programming, and Backtracking. Progress to using Rust in systems programming, network programming, and web development. Discover techniques for writing memory-safe code, building idiomatic Rust libraries, and utilizing advanced macros. By the end, you'll be equipped to implement Rust in enterprise projects, enhance testing and documentation, design for performance, and create idiomatic Rust code. The Learning Path includes content from notable Packt products, covering complex data structures, reusable components, multithreaded programming, application profiling, error handling best practices, and efficient web applications using the Actix-web framework and Diesel for type-safe database interactions. This Learning Path is ideal for those familiar with an imperative language seeking to adv