This book, "Vibration Analysis," by Robert K. Vierck, serves as a classic textbook providing a thorough and accessible introduction to the theory and application of mechanical vibrations. It covers the fundamentals of single-degree-of-freedom systems, two-degree-of-freedom systems, and continuous systems. Key topics include free and forced vibration, damping, and the use of various mathematical…
This comprehensive textbook presents the essential methods and tools for valid engineering experimentation, covering the basics of measurement, statistical analysis of data, uncertainty handling, and specific instrumentation hardware details.
This classic textbook introduces the theory of functions of a complex variable and its applications in various scientific fields. It features numerous examples and exercises that demonstrate how complex analysis is utilized to solve problems in mathematics, physics, and engineering, particularly in areas like fluid dynamics and electrical fields.
Buku ini menjelaskan tentang prosedur dan tahapan analisis pemodelan struktur secara numerik menggunakan Metode Elemen Hingga (Finite Element Method/FEM), khususnya dengan menggunakan software ABAQUS. Ditujukan untuk membantu mahasiswa/i teknik sipil dan peneliti, buku ini membahas teori dasar FEM, meliputi matriks kekakuan, persoalan 2 dimensi, pelat dan cangkang, serta elemen solid. Selanjutn…
This second edition book provides a comprehensive guide to using MATLAB software and its related toolboxes for the analysis and design of control systems. It serves as a bridge between conventional control system theory and its practical computer implementation. The material covered includes model representation, time and frequency domain analysis, and control system design techniques such as p…
Provides a comprehensive introduction to Matrix Methods of Structural Analysis for civil engineering students and practitioners. It focuses on both the stiffness method and the flexibility method, teaching the fundamental principles necessary to develop computer programs for analyzing various structural types, such as trusses, beams, and frames. The content covers basic matrix formulation, equi…
Presents the fundamental Finite Element Method (FEM) and its applications specifically in structural analysis. Intended as a core text in civil engineering, the book covers basic concepts of plane stress and plane strain, modeling techniques used in finite element analysis, integral formulations and their applications, and three-dimensional stress analysis. The primary goal is to provide a comp…
A unify three basic areas of matrix analysis: symmetric matrices and quadratic forms, matrices and differential equations, and positive matrices and their application in probability theory and mathematical economics. Written in lucid, concise terms, this volume covers all key aspects of matrix analysis and presents a variety of fundamental methods. The content provides a basic guide to operatio…
Presents a collection of fundamental and advanced topics on structural optimization methodology. It emphasizes a unified approach, covering essential theories, mathematical programming techniques, and optimality criteria methods used to find the most efficient and cost-effective structural designs. The book explores the application of optimization principles in engineering to systematically ref…
his book provides a foundational introduction to the Finite Element Method (FEM), a crucial numerical technique in engineering and scientific computation. It covers the core principles of FEM, designed to help students and practitioners understand and apply the method to solve complex boundary value problems in fields such as structural analysis and computational fluid dynamics. The text aims t…