Fouad A. S. Soliman Book order

Interdisciplinary studies merge multiple academic disciplines, fostering collaboration and innovation by integrating knowledge from fields such as sociology, psychology, and economics. This approach encourages creative thinking across traditional boundaries, responding to emerging needs and professions. It often manifests in large engineering teams, where diverse specialties unite to tackle complex projects like power stations or mobile devices, exemplifying the practical application of interdisciplinary collaboration.

Carbon monoxide poisoning results from excessive inhalation of CO, leading to symptoms resembling the flu, such as headaches and dizziness. Severe cases can lead to unconsciousness or death, while long-term effects may include fatigue and memory issues. The condition can arise accidentally or intentionally, and its diagnosis relies on specific HbCO levels in the blood. The poisoning primarily occurs as CO binds with hemoglobin, hindering oxygen transport, and can also affect myoglobin and mitochondrial functions.

The book delves into the systematic collection of geophysical data for spatial studies, emphasizing the detection and analysis of geophysical signals. It highlights the significance of magnetic and gravitational fields in understanding seismic activities and Earth's internal structure. The discussion extends to multi-dimensional signal processing techniques applicable to electromagnetic and gravitational waves. Applications span geology, archaeology, mineral and energy exploration, oceanography, and engineering, utilizing various sensing instruments like gravimeters and magnetometers for data collection.

Focusing on the innovative process of carbon capture and storage (CCS), this book explores how CO2 is captured from major industrial sources, transported, and stored underground to combat climate change. It highlights the significance of long-term sequestration, a recent advancement in environmental science, and discusses the historical context of CO2 injection for enhanced oil recovery. The text also touches on the related concept of carbon capture and utilization (CCU), emphasizing the collective importance of these strategies in addressing global warming.

The book explores the concept of a smart power grid, integrating advanced technologies like smart meters and renewable energy sources for efficient energy management. It emphasizes the importance of metering electricity consumption on a per-user basis for accurate billing. Additionally, it covers remote monitoring systems that oversee off-grid energy setups, primarily focusing on solar and wind energy, while also addressing the monitoring of end-user applications. The text delves into fault detection, isolation, and recovery (FDIR) within control engineering, highlighting its significance in maintaining system reliability.

Aerial survey encompasses various methods for collecting geomatics and imagery using aircraft, UAVs, or balloons. It typically gathers data such as aerial photography, Lidar, and remote sensing across different electromagnetic spectrum bands. This technique produces high-resolution maps and charts, distinguishing itself from satellite imagery due to superior quality and less atmospheric interference. Aerial survey is often associated with aero-photogrammetry, where aerial images are analyzed using photogrammetric technologies for precise measurements.