MSC NASTRAN Design Sensitivity and Optimization provides a detailed guide to the methods and procedures used for structural optimization within the MSC NASTRAN finite element environment. The manual explains sensitivity analysis techniques, design variables, constraints, and objective functions applied to static, dynamic, and frequency-based problems. By integrating numerical optimization with …
MSC NASTRAN Basic Dynamic Analysis User’s Guide (Version 68) by Ken Blakely provides a practical introduction to performing dynamic analysis using MSC NASTRAN. The guide explains fundamental dynamic solution sequences, including modal analysis, frequency response, and transient response, along with modeling techniques, input data structure, and interpretation of results. Designed for engineer…
Mechanics of Sheet Metal Forming by Z. Marciniak presents a comprehensive analysis of the mechanical principles governing sheet metal forming processes. The book discusses material behavior, plasticity theory, forming limits, friction, and failure mechanisms, supported by analytical and experimental approaches. Widely used in manufacturing and materials engineering, this work serves as a key re…
Vibrations in Mechanical Systems by Maurice Roseau provides a theoretical and analytical treatment of vibration phenomena in mechanical systems. The book covers the formulation of equations of motion, linear vibration theory, modal analysis, continuous systems, and wave propagation. With a strong mathematical foundation and clear physical interpretations, it is intended for advanced undergradua…
Mekanika Teknis Konstruksi Untuk Universitas
Advanced Structural Dynamics by J. Donea discusses advanced concepts and analytical methods used in the dynamic analysis of structures. The book emphasizes mathematical modeling, numerical techniques, and computational approaches for solving complex structural dynamics problems, including nonlinear behavior, transient response, and dynamic loading. Aimed at graduate students and researchers, th…
Mechanical Vibrations by Singiresu S. Rao is a comprehensive textbook that presents the theory and applications of vibration analysis in mechanical and structural systems. The book covers single- and multi-degree-of-freedom systems, free and forced vibrations, damping, modal analysis, numerical methods, and vibration control. With a balance between theoretical development and practical examples…
Design of Machine Elements by M. F. Spotts presents the fundamental principles involved in the design and analysis of mechanical machine components. The book covers topics such as stresses and strains, failure theories, shafts, bearings, gears, springs, fasteners, and fatigue analysis. Emphasizing practical engineering design, it integrates theoretical concepts with real-world applications and …
Buku Dinamika Permesinan karya A. R. Holowenko membahas prinsip-prinsip dinamika yang berkaitan dengan analisis dan perancangan sistem permesinan. Materi meliputi kajian gaya, gerak, getaran, serta respons dinamis komponen mesin terhadap beban kerja. Dengan pendekatan teoritis yang disertai contoh perhitungan, buku ini menjadi referensi penting bagi mahasiswa dan praktisi teknik mesin dalam mem…
Simulation of Mechanical Systems: An Introduction by Joseph Edward Shigley introduces the fundamentals of modeling and simulating mechanical systems using mathematical and computational approaches. The book explains how physical systems are represented through equations of motion and implemented in simulation frameworks to analyze system behavior under various operating conditions. Emphasizing …