Et Al

Following on Well Played 1.0 and 2.0, this book will also be full of in-depth close readings of video games that parse out the various meanings to be found in the experience of playing a game. Contributors will analyze sequences in a game in detail in order to illustrate and interpret how the various components of a game can come together to create fulfilling a playing experience unique to this medium. Contributors will again be looking at video games, some that were covered in Well Played 1.0 and 2.0 as well as new ones, in order to provide a variety of perspectives on more great games.

Video Games, Value and Meaning

Well Played 3.0

Jonathan Maberry

Joseph Nassise

Limbus, Inc. [is] a shadowy employment agency that operates at the edge of the normal world. Limbus's employees are just as suspicious and ephemeral as the motives of the company, if indeed it could be called a company in the ordinary sense of the world. In this shared-world anthology, five heavy hitters from the dark worlds of horror, fantasy, and scifi pool their warped take on the shadow organization that offers employment of the most unusual kind to those on the fringes of society"--Page 4 of cover.

A Shared World Anthology

Limbus, Inc

Sherrilyn Kenyon

Enjoy Nine Original Fan Fiction tales set in the Hunterverse with a Foreword by Sherrilyn Kenyon. Over a century ago, the Peltier clan came to New Orleans and established one of the best-known Limanis in the world. Now out of the shadows of their past, the present, and the future, readers will be treated to stories from fans of Sherri's as they dip their pens into the realms of the Dark-Hunters, Were-Hunters, and Dream-Hunters. Join us for this exciting collection of short stories set at Sanctuary that are sure to entertain!

Sanctuary

Fiona Watt

50 Christmas Things to Make and Do

Stephen Miller

Jen Faber

Tom Perrin

Gabrielle Thomas

Erik Seversen

Danny Creed

Jory Fisher

Elena Estanol

Jessie Adams

Brett Beeson

Richard Bowling

Veronica Carlson

Dartanyon Crockett

Barbara Daoust

Nathaniel Errez

Fabian Florant

Mandi Freger

Susanne Grainger

Annemieke Griffin

Jeroen Keymolen

Tarryn MacCarthy

Tim Medvetz

Emmanuel Nartey

Emily Perrin

Theo Pickles

April Qureshi

Ahad Raza

Flemming Rontved

Stefan Due Schmidt

Scott Span

Jenny Susser

Kamille Rose Taylor

Joey Wagman

Kendrick Williams

THE SUCCESSFUL SPIRIT: Top Performers Share Secrets to a Winning Mindset is a co-authored book highlighting the importance focus, drive, and mindset in reaching peak levels of success. Since success isn't one thing, The Successful Spirit is written by multiple authors from varying backgrounds, locations, and areas of expertise. The book is divided into three sections of Focus, Drive, and Mindset with author contributors writing stand-alone chapters that answer questions such as: What does it take to win? What does winning mean? What characteristics do driven people possess that allow them to excel? How can we balance drive and mindfulness for peak performance? How does a positive mindset create a healthy, happy life? What are the habits of uber-successful billionaires, professional athletes, and thought leaders? Chapters are from disciplines from sports, business, entrepreneurship, science, martial arts, mindfulness, and mind, body, and spirit connections. In this book, authors highlight their unique experiences regarding the tools it takes for peak performance, healthy living, and success with the goal that each message is relatable to people from any walk of life.

The Successful Spirit

Nasa Technical Reports Server (Ntrs)

Neil Goldfine

Al 2195-T8 plate specimens containing Friction Stir Welds (FSW), provided by Lockheed Martin, were inspected using directional conductivity measurements with the MWM sensor. Sensitivity to lack-of-penetration (LOP) defect size has been demonstrated. The feature used to determine defect size was the normalized longitudinal component of the MWM conductivity measurements. This directional conductivity component was insensitive to the presence of a discrete crack. This permitted correlation of MWM conductivity measurements with the LOP defect size as changes in conductivity were apparently associated with metallurgical features within the first 0.020 in. of the LOP defect zone. Transverse directional conductivity measurements also provided an indication of the presence of discrete cracks. Continued efforts are focussed on inspection of a larger set of welded panels and further refinement of LOP characterization tools.

Autogeneous Friction Stir Weld Lack-Of-Penetration Defect Detection and Sizing Using Directional Conductivity Measurements with Mwm Eddy Current Senso

W. J. Koshak

A linear algebraic solution is provided for the problem of retrieving the location and time of occurrence of lightning ground strikes from in Advanced Lightning Direction Finder (ALDF) network. The ALDF network measures field strength, magnetic bearing, and arrival time of lightning radio emissions and solutions for the plane (i.e.. no Earth curvature) are provided that implement all of these measurements. The accuracy of the retrieval method is tested using computer-simulated data sets and the relative influence of bearing and arrival time data on the outcome of the final solution is formally demonstrated. The algorithm is sufficiently accurate to validate NASA's Optical Transient Detector (OTD) and Lightning Imaging System (LIS). We also introduce a quadratic planar solution that is useful when only three arrival time measurements are available. The algebra of the quadratic root results are examined in detail to clarify what portions of the analysis region lead to fundamental ambiguities in source location. Complex root results are shown to be associated with the presence of measurement errors when the lightning source lies near an outer sensor baseline of the ALDF network. For arbitrary noncollinear network geometries and in the absence of measurement errors, it is shown that the two quadratic roots are equivalent (no source location ambiguity) on the outer sensor baselines. The accuracy of the quadratic planar method is tested with computer-generated data sets and the results are generally better than those obtained from the three station linear planar method when bearing errors are about 2 degrees.

Aldf Data Retrieval Algorithms for Validating the Optical Transient Detector and the Lightning Imaging Sensor

J. R. Wang

This paper presents the first and the only simultaneous measurements of water vapor by MIR (Millimeter-wave Imaging Radiometer) and LASE (Lidar Atmospheric Sounding Experiment) on board the same ER-2 aircraft. Water vapor is one of the most important constituents in the Earth's atmosphere, as its spatial and temporal variations affect a wide spectrum of meteorological phenomena ranging from the formation of clouds to the development of severe storms. Its concentration, as measured in terms of relative humidity, determines the extinction coefficient of atmospheric aerosol particles and therefore visibility. These considerations point to the need for effective and frequent measurements of the atmospheric water vapor. The MIR and LASE instruments provide measurements of water vapor profiles with two markedly different techniques. LASE can give water vapor profiles with excellent vertical resolution under clear condition, while MIR can retrieve water vapor profiles with a crude vertical resolution even under a moderate cloud cover. Additionally, millimeter-wave measurements are relatively simple and provide better spatial coverage.

Profiling of Atmospheric Water Vapor with Mir and Lase

Martin L. Nason

A linear stability analysis and flight-test investigation has been performed on a rolleron-type roll-rate stabilization system for a canard-type missile configuration through a Mach number range from 0.9 to 2.3. This type damper provides roll damping by the action of gyro-actuated uncoupled wing-tip ailerons. A dynamic roll instability predicted by the analysis was confirmed by flight testing and was subsequently eliminated by the introduction of control-surface damping about the rolleron hinge line. The control-surface damping was provided by an orifice-type damper contained within the control surface. Steady-state rolling velocities were at all times less than 1 radian per second between the Mach numbers of 0.9 to 2.3 on the configurations tested. No adverse longitudinal effects were experienced in flight because of the tendency of the free-floating rollerons to couple into the pitching motion at the low angles of attack and disturbance levels investigated herein after the introduction of control-surface damping.

An Evaluation of the Roll-Rate Stabilization System of the Sidewinder Missile at Mach Numbers from 0. 9 To 2. 3

This book it has its direct origin on an international call for papers, issued by Pedro Costa and Paula Guerra, which aimed to give body to a publication on the thematic of creative milieus and cultural scenes in contemporary urban spaces. The organizers of that publication were surprised by the great quality and interest of the proposals for papers which were presented, even if many of them were not focused specifically and directly on the "creative milieus" and "urban scenes" approach they were looking for. Interestingly, many of the papers raised the issue of the relation between urban interventions (particularly street art approaches) and public space. That was so stimulating that the authors, drawing also upon previous work on that area, decided to give birth to another project, complementary to the edition of the original idea of book, which would be specifically focused on issues of urban interventions, street art and public space. For that, they joined Pedro Soares Neves, which have been working for years in the field of street art and urban interventions, is executive director of Urbancreativity international research topic on Graffiti, Street Art and Urban Creativity. The diversity of contributions put together in this book acknowledges the variety of debates and perspectives that mark contemporary discussions on the relation between art and public space, with particular reference to the case of graffiti and street art, which attracted most of the contributors that came from various disciplines and backgrounds.

Urban Intervention, Street Art and Public Space

Robert O. Barlett

With advances in carbon composite material, magnetic bearings, microprocessors, and high-speed power switching devices, work has begun on a space qualifiable Energy Momentum Wheel (EMW). An EMW is a device that can be used on a satellite to store energy, like a chemical battery, and manage angular momentum, like a reaction wheel. These combined functions are achieved by the simultaneous and balanced operation of two or more energy storage flywheels. An energy storage flywheel typically consists of a carbon composite rotor driven by a brushless DC motor/generator. Each rotor has a relatively large angular moment of inertia and is suspended on magnetic bearings to minimize energy loss. The use of flywheel batteries on spacecraft will increase system efficiencies (mass and power), while reducing design-production time and life-cycle cost. This paper will present a discussion of flywheel battery design considerations and a simulation of spacecraft system performance utilizing four flywheel batteries to combine energy storage and momentum management for a typical LEO satellite. A proposed set of control laws and an engineering animation will also be presented. Once flight qualified and demonstrated, space flywheel batteries may alter the architecture of most medium and high-powered spacecraft.

Energy Storage Flywheels on Spacecraft

Frank W. Burcham

If normal aircraft flight controls are lost, emergency flight control may be attempted using only engines thrust. Collective thrust is used to control flightpath, and differential thrust is used to control bank angle. Flight test and simulation results on many airplanes have shown that pilot manipulation of throttles is usually adequate to maintain up-and-away flight, but is most often not capable of providing safe landings. There are techniques that will improve control and increase the chances of a survivable landing. This paper reviews the principles of throttles-only control (TOC), a history of accidents or incidents in which some or all flight controls were lost, manual TOC results for a wide range of airplanes from simulation and flight, and suggested techniques for flying with throttles only and making a survivable landing.

Manual Manipulation of Engine Throttles for Emergency Flight Control

With a winning mindset, anyone can be extraordinary. This book is filled with elite strategies that allow people from all areas of life to perform at their best.

Elite Strategies for Peak Performance

Winning Mindset

Following on Well Played 1.0, this book is full of in-depth close readings of video games that parse out the various meanings to be found in the experience of playing a game. Contributors analyze sequences in a game in detail in order to illustrate and interpret how the various components of a game can come together to create a fulfilling playing experience unique to this medium. Contributors are again looking at video games in order to provide a variety of perspectives on the value of games.

Well Played 2.0

Gunther Kletetshka

Crustal magnetic anomalies are the result of adjacent geologic units having contrasting magnetization. This magnetization arises from induction and/or remanence. In a planetary context we now know that Mars has significant crustal magnetic anomalies due to remanent magnetization, while the Earth has some anomalies where remanence can be shown to be important. This picture, however, is less clear because of the nature and the magnitude of the geomagnetic field which is responsible for superimposed induced magnetization. Induced magnetization assumes a magnetite source, because of its much greater magnetic susceptibility when compared with other magnetic minerals. We investigated the TRM (thermoremanent magnetization) acquisition of hematite, in weak magnetic fields up to 1 mT, to determine if the remanent and induced magnetization of hematite could compete with magnetite. TRM acquisition curves of magnetite and hematite show that multi-domain hematite reaches TRM saturation (0.3 - 0.4 A sq m/kg) in fields as low as 100 microT. However, multi-domain magnetite reaches only a few percent of its TRM saturation in a field of 100 microT (0.02 - 0.06 A sq m/kg). These results suggest that a mineral such as hematite and, perhaps, other minerals with significant remanence and minor induced magnetization may play an important role in providing requisite magnetization contrast. Perhaps, and especially for the Mars case, we should reevaluate where hematite and other minerals, with efficient remanence acquisition, exist in significant concentration, allowing a more comprehensive explanation of Martian anomalies and better insight into the role of remanent magnetization in terrestrial crustal magnetic anomalies.

Hematite Versus Magnetite As the Signature for Planetary Magnetic Anomalies

Donald C. Ellison

The NASA Technical Reports Server (NTRS) houses half a million publications that are a valuable means of information to researchers, teachers, students, and the general public. These documents are all aerospace related with much scientific and technical information created or funded by NASA. Some types of documents include conference papers, research reports, meeting papers, journal articles and more. This is one of those documents.

The Production of Anomalous Cosmic Rays

Direct Acceleration of Pickup Ions at the Solar Wind Termination Shock

Ronald C. Plybon

The High Fidelity System Simulation effort has addressed various important objectives to enable additional capability within the NPSS framework. The scope emphasized High Pressure Turbine and High Pressure Compressor components. Initial effort was directed at developing and validating intermediate fidelity NPSS model using PD geometry and extended to high-fidelity NPSS model by overlaying detailed geometry to validate CFD against rig data. Both "feedforward" and feedback" approaches of analysis zooming was employed to enable system simulation capability in NPSS. These approaches have certain benefits and applicability in terms of specific applications "feedback" zooming allows the flow-up of information from high-fidelity analysis to be used to update the NPSS model results by forcing the NPSS solver to converge to high-fidelity analysis predictions. This apporach is effective in improving the accuracy of the NPSS model; however, it can only be used in circumstances where there is a clear physics-based strategy to flow up the high-fidelity analysis results to update the NPSS system model. "Feed-forward" zooming approach is more broadly useful in terms of enabling detailed analysis at early stages of design for a specified set of critical operating points and using these analysis results to drive design decisions early in the development process.

High Fidelity System Simulation of Multiple Components in Support of the Ueet Program

Tim Atkinson

Packed with high-quality writing, this anthology gathers together the work of a varied and talented group of new and established authors. The inspiration for many of the pieces was the on-line creative writing e-course run by Tim Atkinson on the blog www.bringingupcharlie.co.uk (the full text of which is included in the Appendix). All proceeds from the sale of this book are being donated to the BBC Children in Need Appeal.

Tiny Acorns

Et Al

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