There is no available information at this time.

The advent of complex intelligent structures and low-voltage electronic installations within buildings requires increasingly sophisticated lightning protections techniques. As a multimedia book, Understanding Lightning and Lightning Protection is a unique, interactive self-teaching tool that provides an in-depth understanding of lightning protection. Understanding Lightning and Lightning Protection helps the reader to understand the propagation of waves within complex intelligent structures within buildings, and the operation of systems designed to protect these structures. It also comments on proper human behaviour during a lightning thunderstorm. Accompanied by a web-based animation program http://www.wiley.com/go/horvath Shows the fundamental processes of the lightning phenomenon, and helps the reader to understand the measures of protection against lightning damage. Offers a new theory and calculation method to estimate the efficiency of lightning air termination systems, which helps to evaluate the residual risk of the lightning protection system. Examines the propogation of waves and the associated protection of intelligent systems against lightning electromagnetic impulses. This interactive teaching tool is designed for senior undergraduate and postgraduate students in electrical engineering, construction, physics and meteorology. It will also provide a valuable resource for practitioners within electric power distribution, electronics, informatics & construction safety.

A generic approach is proposed in this work that automatically constructs suitable calculation models from a herefore invented formal description language. Two positive effects arise from that: firstly, all inherently and explicitly contained complexity of Safety Instrumented Systems is identified once and condensed into a set of transformation formulas generating the actual calculation models. Secondly, providing a flexible and extensive description language encourages smart and quick engineering processes, enables for non-standard solutions, and relieves safety engineers from the challenge of actually deriving explicit calculation models by hand. A suitable new type of discrete time multiphase markov model is chosen as mathematical basis, and comes along with the required solver algorithms for retrieving the desired unavailability characteristics: the probability of failure on demand (PFD), and the probability of fail-safe (PFS), i.e. an operational unavailability as economical indicator.

From the prodigiously talented A. L. Kennedy comes a flamboyantly stylish and fiercely emotional novel about fathers and daughters, creation and self-destruction, and love’s paradoxical power to heal its most devastated victims. One such victim is Nathan Staples, a writer whose hilarious contempt for humanity is surpassed only by his corrosive self-loathing. Along with five equally dysfunctional colleagues Nathan lives on an island retreat off the coast of Wales, where he yearns for the daughter he lost years before. Now, in defiance of all his hopes, Mary Lamb–herself an aspiring writer–is about to join him as the seventh member of the colony. As Nathan tortuously wins the trust of the child who has no inkling of their true relationship, Mary comes to a gradual understanding of her gift. In Everything You Need, A. L. Kennedy combines the mythic resonance of Arthurian legend with a sensibility as lyrical as it is profane.

The book consists of thirty lectures on diverse topics, covering much of the mathematical landscape rather than focusing on one area. The reader will learn numerous results that often belong to neither the standard undergraduate nor graduate curriculum and will discover connections between classical and contemporary ideas in algebra, combinatorics, geometry, and topology. The reader's effort will be rewarded in seeing the harmony of each subject. The common thread in the selected subjects is their illustration of the unity and beauty of mathematics. Most lectures contain exercises, and solutions or answers are given to selected exercises. A special feature of the book is an abundance of drawings (more than four hundred), artwork by an accomplished artist, and about a hundred portraits of mathematicians. Almost every lecture contains surprises for even the seasoned researcher.

Clergy and laity will discover ways to lead the church that just may be more effective than the "top-down" leadership model we're all so familiar with. Woods takes a clever and very effective approach by presenting educational material in a fictional context--you're drawn into the stories of church members struggling with leadership or motivational dilemmas which you will recognize immediately (such as the boring Sunday School teacher, the adversarial church member, the nostalgia for "the good old days"). Ten chapters explore ten different theories of organizational behaviour and management, and each chapter provides guidelines for small group training.

When an unlikely purple object appears suddenly in the sky above the earth, suspicions immediately arise in the human population. People worldwide come to realize that our planet has visitors from another planet—although whether they are friend or foe is unclear at first. With no warning, cyborg robots descend upon Earth, and it becomes apparent these visitors are not here to make peace. First, they shut down Earth’s electrical grid and put themselves into power. Next, their real mission begins: the abduction of sixteen-year-old boys, for reasons unknown. Among them are three special young men. Mike, Charlie, and Leo are each different in their own ways, but they are three of the chosen, removed from Earth. With their captors, they travel to a new purple planet. They leave behind the families and friends they love and are forced into a new life of mystery and fear. What do the cyborgs really want, and will humanity survive the disaster of loss? 2012 NexTV Writing Competition Winner. Jason Paulino