This textbook provides a comprehensive introduction to modern communication circuits, including theoretical background, circuit design, and practical applications for electrical and electronics engineering students.
This textbook explains the chemical processes that occur in the environment, including atmospheric chemistry, water chemistry, soil chemistry, and pollution control. It integrates chemical principles with environmental science and real-world environmental issues.
This book explains the physical principles governing environmental systems, including energy balance, atmospheric physics, hydrology, and environmental processes affecting ecosystems and climate.
This laboratory manual provides practical analytical methods for examining water, wastewater, and soil samples. It includes laboratory procedures, analytical techniques, and environmental testing methods widely used in environmental science and engineering laboratories.
This book provides an introduction to the science of air pollution, including sources of pollutants, monitoring and measurement techniques, atmospheric dispersion, environmental effects, and mitigation strategies.
This handbook provides comprehensive coverage of environmental management practices and technologies used in industry and environmental protection. It includes topics such as pollution prevention, waste management, environmental regulations, and modern environmental technologies.
This textbook introduces the core concepts of managerial accounting used for internal business decision-making. It explains cost behavior, budgeting, performance measurement, and planning techniques with practical examples and exercises.
This book presents the theoretical foundations and applications of energy methods and finite element techniques in structural mechanics. It explains variational principles, energy formulations, and practical finite element procedures for analyzing engineering structures.
This book introduces the basic principles of structural analysis used in civil and structural engineering. It covers classical analysis methods for beams, trusses, frames, and structures, with numerous worked examples and problems for students.