"Astronomical Photometry and Spectroscopy" by B.G. Anandarao and V. Venkata Raman is a thorough exploration of observational astronomy covering the techniques of photometry and spectroscopy in the optical and near-infrared regions. With a general introduction to astronomical objects and radiation processes the book delves into the principles of telescopes detectors photometry and spectroscopy. The authors provide examples and describe data processing and enhancement techniques making it an invaluable resource for postgraduate students and young research workers in astronomy and astrophysics. The book's comprehensive coverage and detailed explanations make it an essential guide for those seeking to understand the underlying physical processes of celestial phenomena.

"Finite Element Analysis of Structures using MATLAB" is an essential guide for students delving into the world of finite element analysis. This comprehensive resource offers clear explanations relevant examples and practical MATLAB code to enhance understanding and application. From the historical foundation of Finite Element Analysis to the exploration of thin and thick plates and structural dynamics. This comprehensive resource spans twelve chapters and two appendices. Appendix A provides MATLAB code for problem-solving while Appendix B guides you through using ABAQUS. Begin with a historical introduction and explore the essentials of finite element analysis. Dive into nodes elements interpolation functions and FEA formalization. Focus on one-dimensional and two-dimensional elements and learn numerical integration with Gaussian quadrature. Discover axisymmetric and three-dimensional elements and apply FEA to analyze thin and thick plates. Explore structural dynamics and vibrations in the final chapter. Appendix A contains MATLAB code for seventeen numerical examples and Appendix B offers a step-by-step ABAQUS procedure. 'Finite Element Analysis of Structures using MATLAB' is your ultimate resource for practical understanding. Whether it's coursework or deeper exploration this book with clear explanations and relevant examples is your invaluable companion."

This book Industrial Engineering and Management provides various concepts and theoretical and practical knowledge related to the area of industrial engineering and management. All the pertinent fields of management such as production management organization quality management materials management project management marketing human resource management strategic management etc. are discussed to help develop the required skills among the students to work in this area. The book also creates awareness about the historical developments in the various fields of industrial engineering. Key Features Lucid presentation and simple language Visualization of concepts through thought-provoking cartoons Self-assessment questions (concept based content based and numerical oriented) which appear in between the chapters to instantly check understanding of the topics studied. The Inspiration boxes feature the success stories/biographies of the management gurus of this field. The Thought for Young Managers and Engineers (TYME) features give case studies situation analyses and topics for mini/major projects The Do You Know? boxes give the latest developments in industrial engineering and management Unit-end essay-type review questions&nbsp Objective-type questions for interviews and competitive exams India.

"Perturbation Methods" takes readers on a captivating journey through the realms of science unlocking the hidden wonders of complex systems through the lens of perturbation theory. This illuminating approach grants us access to the intricate tapestry of particles forces and interactions that shape the very fabric of the universe. Delve into the pages of this book and discover the profound impact of perturbation theory across various scientific disciplines. From unraveling the mysteries of quantum mechanics to shedding light on celestial dynamics prepare to be awed by the immense repercussions of perturbation theory. Join us as we step into a world where even the subtlest disturbances lead to groundbreaking insights and paradigm-shifting discoveries.

Book has 19 chapters, incorporating all recent developments in the field. Book has 119 figures, 102 tables with worked examples for easy understanding. Based on the syllabus of MSc Medical Physics of Indian Universities. Useful for Radiological Safety Officer's (RSO) preparatory examinations of Medical Physicists, and Nuclear Medicine Technologists. Targets MD/DNB students of Diagnostic Radiology, Nuclear Medicine, and Radiation Oncology of National Medical Commission/Medical Universities, and National Board, Government of India. Covers the regulatory aspects of radiation related to medicine. Safety requirements, planning, and shielding calculations of radiological facilities are included with model layouts.

The Department of Mechanical Engineering at Birla Institute of Technology (BIT), Mesra, Ranchi (India), organized a two-day International Conference on Thermo-Fluids and System Design (ICTFSD 2022) from 22-23 March 2022. The multidisciplinary conference served as a platform to exchange innovative ideas and experiences with participants from around the globe. The eminent experts from the top universities delivered (keynote) lectures covering the broader scope that would benefit the participants from academics, industry (including R&D), and scientists from various organizations. ICTFSD 2022 covered a wide spectrum related to fluid flow, heat transfer, materials engineering, mechanical design, and process optimization in science and engineering.
The conference patron was Prof. Indranil Manna, Honourable Vice-Chancellor, BIT Mesra. The Guest of Honour was Prof. Sarit Kumar Das (Institute Chair Professor, Mechanical Engineering, IIT Madras), and the Chief Guest was Dr. Sanak Mishra, Former President, Indian National Academy of Engineering, and the Indian Institute of Medals.
There were 4 keynote lectures covering the different areas of the conference: Prof. Brian Norton (Tyndall National Institute, Ireland) spoke on Thermal Management of Photovoltaics, Prof. Srinath Ekkad (North Carolina State University, USA) discussed The Key Role of Heat Transfer Analysis in Energy Systems Research, Prof. Prabal Talukdar (IIT Delhi, India) delivered a lecture on Modelling of Heat and Mass Transfer: Fire-Clothing - Skin, and Prof. Ashoke De (IIT Kanpur, India) presented talks on Viscous interaction between shock waves and separation region in hypersonic flow over a corner.

"Rocks and Stones: From Prehistoric Times to the Computer-Robotic Artificial Intelligence Era" From the earliest civilizations to the technological marvels of today rocks and stones have been the fundamental building materials of the Earth's crust. In "Rocks and Stones" we explore the fascinating journey of these essential resources throughout history as they have been used for construction architecture and industry. This comprehensive guide delves into the intricate process of transforming natural rocks into the perfectly crafted stones required for various engineering projects. We examine how the usage of rocks and stones varies depending on specific requirements and specifications in construction architecture and the stone industry. Understanding the mineralogical petrological and structural geological parameters that shape natural rock deposits is crucial in ensuring their quality. That's why this book incorporates valuable techniques and guidelines for assessing the quality of rock deposits prior to quarrying mining and usage. We also introduce cutting-edge technology such as unmanned aerial vehicles (UAVs) or drones for topographic surveys in geological exploration and mining operations. Ground-penetrating radar (GPR) technology for demarcating subsurface lithological variations prior to mining operations is also suggested. "Rocks and Stones" goes beyond theoretical knowledge by providing practical insights into planning for quarrying and mining massive rock deposits. Experts in the field share their recommended methods through captivating case studies giving readers a comprehensive understanding of the process. Environmental impact is a crucial consideration in any mining operation. That's why include guidelines and approval methods for quarrying and mining granite and other minor minerals in accordance with the District Environmental Impact Assessment Authority (DEIAA) guidelines. Also the book provides information on the latest amendments to the environmental clearance process ensuring readers stay up-to-date with climate change regulations. To further enhance the learning experience each chapter includes learning objectives the latest research technical developments and references for further study. Additionally several chapters feature illustrative case studies and references to additional reading allowing readers to expand their knowledge beyond the book. Whether you're an engineering or science student a research scholar or a professional working in rock sciences and rock engineering studies "Rocks and Stones" is an invaluable resource. It is also essential for professionals involved in industrial rock deposit exploration mining quality assessment utilization trading and marketing. With insights into the fields of architecture construction engineering civil engineering mining engineering archaeology and natural stone usage this book is a must-have for anyone interested in the fascinating world of rocks and stones.