Technology & Engineering - General

Globally, the transport system faces a paradigmatic shift where, in addition to increased local traffic problems, climate change and depletion of fossil oil reserves will foster a successive transition to renewable fuels and a need for more resource-efficient mobility management and communication alternatives. Foresighted...

Technical writers and illustrators often find it reasonably difficult to understand the exact way technical graphics could be designed for complex procedural tasks. Sometimes the problem is due to the multiple sequences involved in the process, graphical angles, the complexity of individual actions and...

In this monograph we present an Early Cognitive Vision framework that aims at providing a rich and reliable scene representation from visual information. This framework preserves conflicting hypothesis in its early stages, and makes use of feedback mechanisms between different visual processes and layers...

Optical Code Division Multiplexing (OCDMA) is a method used to enable simultaneous transmission of multiple optical data flows over the same fiber using the same wavelength. In OCDMA, isolation between different data flows is achieved using a set of uncorrelated, or loosely correlated, spreading...

This book addresses the experimental and numerical study of vibration-based damage detection (VBDD) techniques in structural health monitoring (SHM) of bridge superstructures. VBDD techniques are global non-destructive evaluation (NDE) techniques. The advantage of VBDD techniques over local NDE techniques is that VBDD techniques can...

Wireless communications systems are evolving to be more diverse in use and more ubiquitous in nature. It is of fundamental importance that we consume the resources available in such systems, i.e., bandwidth and energy, to preserve room for more users and to preserve longevity....

Author: Manisha JaveriISBN-10: 3639086732ISBN-13: 9783639086737Publisher: VDM Verlag Dr. Mueller E.K.Language: EnglishPublished: 10/28/2008Pages: 192Format: PaperbackWeight: 0.58lbsSize: 9.00h x 6.00w x 0.41d

This work describes the first size dependent magnetic separation in nanoscale by using rust like iron oxide. Magnetite (Fe3O4) nanocrystals of high quality and uniform size (4 nm to 33 nm) were synthesized. Batch synthesis was shown to go up to 20 grams which...

In this book, various solution based deposition methods for carbon nanotube based thin films are discussed. Then extensive studies about the transport properties are presented, including density, temperature, voltage, and frequency dependence. The density study of the conductivity of rare networks reveals two-dimensional percolation...

This book establishes a comprehensive understanding of the role that shaft stiffness plays in executing a golf drive. A thorough set of experiments was conducted to answer explicit questions related to this goal. Specifically, how does shaft stiffness affect clubhead speed and how does...

Terrestrial Trunked Radio (TETRA), a complex communication system is mainly used by public safety organisations. As the TETRA technology is included in a category of industrial goods called complex products and systems (CoPS), this communication system is the candidate CoPS example. In all business...

Phosphorus removal for small-scale wastewater applications were investigated using adsorption and coagulation. Alum sludge, a waste residual generated in water treatment utilities, was used for treatment of orthophosphate. Bench scale experiments were designed to evaluate the effectiveness for phosphorus removal. Tests were conducted on...

In this book, Ben Kraal has developed new approaches, informed by the sociology of Actor-Network Theory, for investigating users of complex socio-techical systems. These approaches are illustrated through an investigation of users of Desktop Speech Recognition systems. By examining current users of Desktop Speech...

This book describes empirical research undertaken into intuitive inter-action. This research is significant because it impacts on everyday use of everyday devices by everyday people, and has the potential to affect the ways in which products are designed and, more importantly, the ways in...

A new bottom-up nanotechnology approach is presented here: It starts with organic synthesis of functionalised materials and includes self-assembled growth of nanofibers, which are proven to be highly functional for future sub-micron optoelectronics. This approach combines organic chemistry (transition metal catalysed cross-coupling reactions) and...

Author: Alexander MrazISBN-10: 3639017757ISBN-13: 9783639017755Publisher: VDM Verlag Dr. Mueller E.K.Language: EnglishPublished: 05/20/2008Pages: 220Format: PaperbackWeight: 0.66lbsSize: 9.00h x 6.00w x 0.46d

electromechanical devices in power generation and drive systems. It highlights the importance of improving the performance and energy efficiency of electrical machines, which consume a significant portion of global electricity. The book focuses on optimization techniques to enhance efficiency, increase torque/power density, reduce torque...

"Harnessing Chaos: Nonlinear Dynamics in Integrated Energy Harvesting Systems" delves into a new frontier of energy harvesting technology. The title uses "chaos" to represent the complex and unpredictable behavior that can occur in nonlinear systems, which are those where the output is not directly...

The Art of the Ultrashort Pulse: Unveiling the Hidden World with Lasers" dives into the world of ultrafast lasers, capable of generating incredibly brief pulses of light. Imagine this book as your guide to a high-speed camera, capturing phenomena invisible to the naked eye....

From Speed to Cores: How Multi-Core Processors Changed Computing" chronicles the revolution in processing power. It tells the story of how computers relied on ever-increasing clock speeds, but eventually hit a wall. The book then dives into the groundbreaking leap to multi-core processors. You'll...

"Shrinking Giants" isn't about shrinking people, but about the incredible world of miniaturization! This book delves into the revolution of nanomaterials - those a million times smaller than a grain of sand. Discover how these tiny giants are transforming computing. Explore how they're making...

This title offers several advantages: Intrigue: "Beyond the Static" sparks curiosity about the unexpected connection. Clarity: "Einstein's Gravity" and "Expanding Universe" clearly define the focus. Cosmic Link: "Cosmic Connection" emphasizes the surprising relationship. Here's a breakdown of the content it could cover: A Puzzling...

"Nature's Blueprints: Unraveling the Secrets of Crystal Design" delves into the fascinating world of crystal formation, unveiling the hidden instructions that dictate their structures. Imagine nature's own set of blueprints, a code that determines how atoms arrange themselves into the dazzling arrays we see...

The Standard Model: A Stepping Stone to New Discoveries" takes a more positive approach to the Standard Model of particle physics. It acknowledges the Standard Model's success as a foundation for understanding the universe's basic building blocks and the forces that govern them. This...

"Falling Short: The Limits of Traditional Conservation and the Need for New Approaches" sounds like a thought-provoking book that tackles the challenges faced by environmental protection efforts. Here's a description in under 150 words: "Falling Short" exposes the limitations of current conservation strategies. We've...

Multimodal Approaches to Speaker State Identification: Emotion, Sentiment, and Novel Modalities explores cutting-edge methods for identifying speaker states using diverse data inputs. Beyond traditional emotions, this research integrates new modalities such as gesture recognition, facial expression analysis, and linguistic patterns to capture subtle nuances...

This title offers several advantages: Intrigue: "Decoding Nature's Sculptor" sparks curiosity about the unexpected role of physics. Clarity: "Physics" and "Biological Form" clearly define the focus. Action: "Shapes" emphasizes the active role of physics in development. Here's a breakdown of the content it could...

Gas turbines are marvels of engineering, capable of converting natural gas or other fuels into mechanical energy with remarkable efficiency. They play a pivotal role in various applications, including power generation, aviation propulsion, and industrial processes. However, the relentless nature of their operation exposes...

LEDs hold immense potential to illuminate a sustainable future. However, challenges remain for them to truly shine. One hurdle is the "color gap" - achieving vibrant, natural light colors across the spectrum, especially warm white tones. Additionally, the high initial cost of some LED...

"The Nonlinear Dance: Optimizing Energy Conversion with Piezoelectric Systems" explores the fascinating world of piezoelectric materials and how they can be used to harvest energy. The title uses "nonlinear dance" to represent the complex interplay between mechanical stress, electrical response, and the specific properties...

This title offers several advantages: Intrigue: "Beyond Headquarters" sparks curiosity about alternative knowledge transfer models. Clarity: "Knowledge Sharing" clarifies the core topic. Diversity: "Diverse Organizations" emphasizes the focus on a broader range of entities. The piece could delve into the limitations of traditional MNC-centric...

Offshore wind farms offer a clean energy bonanza, but distance from the mainland can be a barrier. Here's where High-Voltage Direct Current (HVDC) transmission steps in as the missing puzzle piece. Unlike traditional AC transmission that loses energy over long distances, HVDC boasts exceptional...

"The Power Within: Unveiling the World of Semiconductors" dives into the remarkable world of the tiny technology that drives our digital lives. It unravels the secrets of how semiconductors, like silicon, conduct electricity and how we can manipulate them for specific purposes. You'll journey...

Understanding the Threat: The Science of Corrosion Corrosion is the deterioration of a material, typically a metal, due to its interaction with its environment. This electrochemical process involves the oxidation of the metal, releasing electrons, and the reduction of an oxidizing agent, like oxygen...

- Preventing Concrete Catastrophe: This is clear and strong, highlighting the negative outcome of ASR. - Strategies to Mitigate Alkali-Silica Reaction (ASR): This clarifies the purpose but is a bit technical. - Saving Structures from Silent Decay: Proven Strategies to Prevent Alkali-Silica Reaction (ASR)...

In order to determine the carbon emissions of a material or building product, the carbon footprint is measured, which is a methodology to measure the GHG emission during its life cycle (van der Lugt & Vogtlander, 2015). In recent times, the term embodied carbon...

Our eyes can't see the enemy within, but machine learning (ML) can! Metal looks strong, but tiny processes lead to its breakdown - rust. ML goes beyond the visible, analyzing vast amounts of data to predict and prevent this silent threat. Imagine powerful computers...

"Cracking the Code: International Strategies for Preventing and Managing Alkali-Aggregate Reaction" dives into the world of Alkali-Aggregate Reaction (AAR), a complex issue that causes concrete to crack and deteriorate. This book likely explores international strategies for preventing and managing AAR in infrastructure projects. It...

Currently, nanomaterials are defined in the range of 0.1-100 nanometers. When the particle size is less than 100 nanometers, the number of atoms on the surface of the particles is comparable to that in the body. For example, 5 nanoparticles have a surface atomic...

Buckle up for a ride towards a cleaner world! "Electric Revolution: Shifting Gears Towards a Sustainable Future" dives into the heart of the electric vehicle (EV) movement. This book explores how electric cars, trucks, and buses are transforming transportation and paving the way for...

The pursuit of autonomy and artificial intelligence - particularly in the domain of robotics - is a major driving force behind funding, research, and technological ad-vances in both academia and industry. However, despite significant investments and breakthroughs, state-of-the-art systems are often bested by biology....

Consequently, temporal prediction has been established as a way to achieve a deeper understanding of the data as it requires an implicit understanding of the structure of the observed visual features and the rules they follow while they change over time. Given this, recent...

This title uses "Beyond the Boom" to suggest that the initial excitement surrounding hydraulic fracturing has passed, and a more nuanced approach is needed. "Challenges and Solutions" clearly lays out the focus on both the problems associated with the technology and potential ways to...

"Greening the Road" dives into the European Union's fight for cleaner cars. It explores how the EU is tackling road transport emissions, a major hurdle in achieving climate goals. The book examines the policies pushing car manufacturers towards electric, hydrogen, and other low-emission technologies....

"Reducing Road Transport Emissions" tackles a pressing issue for the European Union: curbing greenhouse gases from cars, trucks, and buses. Unlike past successes in other sectors, emissions from road transport keep rising. The book examines the challenges the EU faces in meeting its ambitious...

Car accidents remain a terrifying reality. "From Passive to Active: How Technology Prevents Accidents" explores the evolution of safety features, from after-the-fact protection to cutting-edge technology that actively prevents collisions. Imagine a world where cars become partners in safety. Traditionally, airbags and seatbelts (passive...

"Breaking Down the Barriers: Electrokinetics for Bioremediation" tackles environmental clean-up with an innovative twist. This book delves into the exciting world of electrokinetics, a technology that harnesses electricity to break down and remove contaminants from soil and water. Imagine using low-level electric currents to...

In the fight against climate change, "Taming the Flame: Advancing Clean Combustion Technologies" explores the future of burning fuels. It delves into innovative methods for maximizing efficiency and minimizing harmful emissions from combustion processes. expand more This could involve capturing carbon dioxide before it...

Imagine the intricate choreography of fluids - air swirling around a speeding car, or blood coursing through intricate veins. "Computational Fluid Dynamics: A Powerful Tool for Understanding Complex Flows" explores a groundbreaking tool, CFD, that helps us decode these mysteries. Traditionally, understanding fluid behavior...

Traditional solar suffers when shaded, dropping your energy output. But what if your panels could adapt? Introducing smarter solar, powered by cost-effective algorithms. These brains behind the panels constantly analyze real-time conditions, adjusting for shade, clouds, or even dust. They unlock the Global Maximum...