Isaac Elishakoff Livres

Fire, earth, wind, and water. Four of six have gathered at Faerie Council, now on the hunt for Darkness to extinguish her before the evil overpowers them all. But darkness has its way of digging up old forgotten secrets, unleashing new fears. In a world where magic is not only a given, but the very spirit holding the world together, and the only thing keeping Mother Nature from destroying her children is the last of the faeries, the guardians must maintain their fragile union lest the earth be ripped to shreds by the conflicting elements. Amber plays with fire, struggling to erase her scorched destiny. Coral, queen of the seas, prays her kingdom stays pure of tainted waters. Willow finally faces the forgotten shadow of her sister in a clash of flora unleashed. Kiana, angel of the skies, hopes and wills and longs to be winged salvation. Noire, dismissed as a mere mortal of transient powers, walks among the humans, accompanied by the spark of light that is Blanchette, amassing her forces to become all that is Black Witch. But is it possible to distinguish between darkness as a mask and evil as the core?

Focusing on the impact of cross-correlations, this volume highlights their critical role in the structural response of various dynamic systems, such as aircraft, ships, and vehicles. Professor Isaac Elishakoff emphasizes the often-overlooked significance of these correlations, demonstrating that ignoring them can lead to substantial underestimations of structural responses due to random vibrations. The book addresses the analytical challenges involved in evaluating cross-correlations, making a compelling case for their consideration in engineering assessments.

The third edition of this comprehensive work enhances its predecessor by including problems with complete worked-through solutions, addressing the needs of educators globally. Originally published in 1983 and revised in 1999, this book serves as both a monograph and a textbook, making it suitable for undergraduate and graduate courses. Its adoption in academic settings underscores its significance in the study of probabilistic methods in structural theory, providing valuable resources for students and instructors alike.

Exploring the origins of safety factors, this book delves into the balance between sophisticated deterministic analysis and the necessity of empirical factors in engineering. It questions the arbitrary assignment of these factors and seeks to provide a systematic approach for their selection. Through in-depth analysis, the author aims to enhance understanding and application of safety measures, making it a valuable resource for engineers and professionals in the field.

The book emphasizes Kofi Annan's vision for a just and stable world, highlighting the importance of considering the needs of others alongside our own. It advocates for global cooperation and equity, reflecting Annan's belief in collective responsibility and interconnectedness. Through his insights, the work encourages readers to adopt a broader perspective on global challenges and the necessity of working together for a better future.

The third edition of this book, building on over thirty years of development, includes corrections and expansions from its previous editions published in 1983 and 1999. It is released alongside a companion volume that provides complete worked-through solutions for the probabilistic methods discussed, enhancing the reader's understanding and application of the material in structural theory.

Focusing on functionally graded materials, this book explores how to customize material properties to enhance structural performance. It provides an authoritative examination of various combinations of materials and structures, ensuring they are matched effectively based on their intended purpose. The authors offer insights into tailoring these materials for specific applications, making it a valuable resource for engineers and researchers in the field.