Project management plays a vital role in planning, organizing and controlling various resources and factors for the successful completion of projects within a time frame. This comprehensive text presents the fundamental concepts and principles of project management and provides necessary skills to manage projects effectively. It is designed for postgraduate students of management, commerce, industrial engineering, production engineering and construction management. The book makes the readers familiar with the objectives of project management and explains project management life cycle, demand forecasting methods, and phases and steps of technology transfer. It discusses cost capital, estimation of project cost, and feasibility of projects. The text also describes project evaluation and project scheduling techniques, as well as discusses project management software and the impact of projects on the environment. Besides, it gives a detailed description of project audit, project organizational structures and roles of various financial institutions in project management. This title explains the concepts and techniques of project management with a number of fitting examples. It includes several chapter-end problems and questions to test students' understanding of the subject. It provides an integrated case study in an appendix to help students understand the application of the concept to real-life situation. It gives answers to selected questions at the end of the book.
Design of Machine Elements for Mechanical Engineers" is a comprehensive guide that delves into the principles and practices of designing machine components. It covers critical aspects such as material selection, stress analysis, and failure theories, providing engineers with essential tools to create reliable and efficient mechanical systems. The book emphasizes practical applications and includes real-world examples, calculations, and design methodologies, making it an invaluable resource for both students and professionals in the field of mechanical engineering. With a focus on innovation and functionality, it serves as a key reference for successful machine design.
Fluid Mechanics and Machinery is a comprehensive exploration of the principles governing fluid behavior and the machinery utilized in fluid systems. Fundamental concepts of fluid mechanics, including fluid properties, dynamics, and statics, while also delving into the design, operation, and analysis of various fluid machinery such as pumps, turbines, and compressors. Through detailed illustrations and real-world applications, it equips readers with a solid understanding of fluid dynamics and the engineering practices necessary for effective fluid management in diverse industrial contexts.
Designed as a text for undergraduate students (B.Tech./B.E.) of Computer Science and Engineering and IT, Mechanical Engineering and Mechatronics Engineering, and postgraduate students (M.Tech./M.E., M.Sc.) of Computer Science and Engineering and IT and Industrial Engineering, as well as for Bachelor and Master of Computer Applications (BCA/MCA), this well-organized book gives an in-depth analysis of the concepts of system simulation modelling and simulation languages. The book provides detailed discussions on the fundamental and advanced concepts of simulation. The book begins with the concept of system and the different terminologies associated with the system. Then it presents the different methods of random number generation and their tests. Besides, the text dwells on different probability distributions and their random variates, which are used in the simulation model, and describes various simulation languages such as GPSS, Simula I, SIMSCRIPT, CSL, GASP, OPS-3, DYNAMO, SIMAN and SLAM II. Further, it gives a comprehensive coverage of different queueing systems with illustrative examples as well as the logics of simulation model for both single-server and parallel-server queueing systems. The concluding chapters deal extensively with GPSS language, Arena simulation software and ProModel simulation software. Key Features • Follows a step-by-step approach to derive the test results. • Gives a large number of solved examples and well-designed chapter-end questions. • Includes several real-life Case Studies to illustrate the concepts discussed.
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