- Introduction to Engineering Design
- Design Methodology
- Engineering Design Optimization
- Reliability in Engineering Design
1. Introduction to Engineering Design
|1."Engineering Design: A Materials and Processing Approach" by Dieter G E|
“Engineering Design: A Materials and Processing Approach” Book Review: This book targets senior design course students and offers a comprehensive overview of design topics with practical guidance. It covers complete design projects, including market selection and prototype creation, emphasizing material selection and the design process implementation. The book maintains uniform terminology for clarity and adds new topics with each edition. Each chapter concludes with a list of new concepts and terms, and expanded examples enhance understanding. It provides valuable references, software recommendations, and website resources. Covering a wide range of subjects like risk, reliability, quality, cost evaluation, ethics, and more, the book highlights design as a central activity in engineering, emphasizing attitudes and approaches over specific techniques and tools.
|2."Mechanical Design Process" by Ullman D G|
“Mechanical Design Process” Book Review: Ullman’s book has gained popularity among readers due to his innovative approach to design. The inclusion of a bicycle design case throughout the book brings the design stages and concepts to life, illustrating the practical steps involved in generating and implementing design ideas. It serves as a valuable resource for mechanical engineering students enrolled in the Senior Design course. Additionally, practicing engineers appreciate its readability and practical insights, making it a comprehensive overview of the contemporary design process.
|3."Product Design and Development" by Ulrich K T and Eppinger S D|
“Product Design and Development” Book Review: This book talks about important topics like understanding what customers want, designing products that are easy to manufacture, creating prototypes, and making products look attractive. It also covers product design and development. The book provides methods that help people from different areas work together to solve problems and make decisions. It reflects how the industry is moving towards having teams with different skills working together to design and develop products. This book is for anyone who wants to learn how to develop a product effectively.
|4."Introduction to Engineering Design" by Eide R|
|5."Introduction to Process Engineering and Design" by Shuchen B Thakore and Bharat I Bhatt|
“Introduction to Process Engineering and Design” Book Review: This textbook on Power Electronics is designed for undergraduate students, providing an extensive coverage of converters, choppers, inverters, and motor drives. It serves as a valuable reference for design, offering concise information without the need for excessive external references. Additionally, it can serve as a handy pocket guide for Chemical Engineering, covering important design aspects. With a primary focus on Process Design rather than Mechanical Design, it provides insights into designing chemical plants. The book includes numerous Process Flow Diagrams (PFD) and Piping and Instrumentation Diagrams (P&ID), explaining their preparation and interpretation. It also delves into advanced topics such as supercritical extraction techniques and the design of extractors. Essential topics like Dimensions and Units, Stoichiometry, Process Engineering, and Process Diagrams are covered in detail. Furthermore, it encompasses Process Design considerations for Piping, Heat Exchangers, Liquid-Liquid Extractors, Absorbers, Reactors, and Utility Systems.
|6."Digital Design: With an Introduction to Verilog HDL" by Mano / Ciletti|
“Digital Design: With an Introduction to Verilog HDL” Book Review: This comprehensive book delves into the theoretical aspects of digital design, making it suitable for experts in the field and postgraduate students. It serves as a theory-based textbook, providing in-depth explanations and conceptual understanding. The book proves highly beneficial for competitive examinations such as GATE, offering ample practice questions in the exercise section to enhance your logical reasoning skills in digital design. With its emphasis on self-study, it serves as a valuable resource for individuals seeking to strengthen their knowledge in this area.
|7."Introduction to Chemical Equipment Design: Mechanical Aspects" by Bhattacharyya|
“Introduction to Chemical Equipment Design: Mechanical Aspects” Book Review: This book is derived from lecture notes at the Indian Institute of Technology Madras and distinguishes itself by exclusively employing S.l. (System International) Units. Despite the subject’s relative novelty, the book serves as an informative resource for readers and learners. Challenging the misconception that code equations are solely empirical, the book demonstrates their development using the Indian Code as a reference. By doing so, it aids in comprehending the applications and constraints of design equations. The chapter sequence was thoughtfully arranged to ensure a gradual progression in understanding the design aspects of chemical equipment.
|8."Introduction to Engineering Design" by Andrew Samuel and John Weir|
“Introduction to Engineering Design” Book Review: This book presents a fresh approach to the fundamental principles of engineering design, with a specific focus on structural integrity. Emphasizing the importance of “design thinking” and reasoning, this text highlights the key concepts that students need to understand. It delves into the concept of failure and its prevention, providing a thorough examination of this critical aspect of the design process. By integrating these elements, the book offers a systematic approach to considering design, making it valuable to students, educators, and practicing engineers alike.
|9."Introduction to System Design Using Integrated Circuits" by B S Sonde|
|10."Probability, Reliability, and Statistical Methods in Engineering Design" by Haldar Mahadevan|
“Probability, Reliability, and Statistical Methods in Engineering Design” Book Review: The central focus of this book is product reliability, making it a valuable resource for both practitioners and students in the field. It provides a comprehensive understanding of the tools, techniques, and statistical methods necessary for analyzing and designing risk-based engineering systems. Mathematical concepts used in reliability assessments are thoroughly explained, and the book presents a range of popular reliability assessment methods. From risk-based to deterministic design approaches, it covers both traditional and modern methodologies, offering a comprehensive exploration of the subject matter.
|11."Engineering Design Reliability Applications" by Singhal Ghiocel Nikolaidis|
“Engineering Design Reliability Applications” Book Review: This book is a comprehensive and updated resource that encompasses the latest theories and advancements in aerospace and civil engineering. It covers a wide range of theoretical and practical concepts, including engineering design, ship structures, engineering systems, and various techniques relevant to civil and aerospace engineering. Each chapter provides detailed insights into different aspects of ship structural engineering. The book is particularly valuable for students, researchers, professionals, and engineers in the civil and aerospace fields who are interested in the development of structural design and ensuring its safety.
|12."Reliability Verification, Testing, and Analysis in Engineering Design" by Wasserman|
“Reliability Verification, Testing, and Analysis in Engineering Design” Book Review: This book serves as a valuable reference for students and professionals in the field of computational science and engineering of designs. It offers a balanced approach, encompassing both theoretical foundations and practical applications, providing up-to-date information on problem-solving techniques in real-world scenarios. The chapters delve into various topics, such as table generation on median ranks, beta-binomial bounds, and standard percentages, providing comprehensive explanations. Additionally, the book covers a wide range of subjects and theories, including the application of computer-aided practices and classical life testing. With high-quality lectures and detailed notes, this book is a comprehensive resource for readers.
|13."Infranomics: Sustainability, Engineering Design and Governance (Topics in Safety, Risk, Reliability and Quality)" by Adrian V Gheorghe and Marcelo Masera|
2. Design Methodology
|1."Design Methods" by J C Jones|
“Design Methods” Book Review: This book explores both traditional and modern approaches to design, including the widely used design-by-drawing method. It sheds light on the challenges and complexities faced by contemporary designers and emphasizes the integration of creative and rational skills. By encouraging a broad perspective on design, it steers readers away from narrow specialization. The book includes a multitude of solved and unsolved examples that illustrate key concepts. Real-world scenarios are also explained in detail, offering readers deeper insights. With a target audience comprising engineers, architects, planners, landscape architects, as well as interior, graphic, product, and industrial designers, this book caters to a diverse range of design professionals.
|2."Engineering Design Methods" by N Cross|
Book Review: This comprehensive book covers a wide range of concepts, from basic principles to detailed design, providing a thorough understanding of the design process. It delves into the nature of design thinking and explores its application in product development and design process management. With a focus on both principles and practice, this textbook serves as an excellent resource for students, lecturers, and practitioners alike. Step-by-step explanations guide readers through the implementation of design methods, while the book also offers procedures for investigating user needs and includes various case studies and examples to illustrate key concepts.
|3."Design Engineering: Inventiveness Analysis and Decision Making" by J R Dixon|
Book Review: This insightful book highlights the interdisciplinary nature of engineering design, incorporating social and human awareness alongside scientific principles and problem-solving techniques. It explores three key aspects: inventiveness, analysis, and decision-making. Offering a valuable resource in the fields of science, mathematics, and engineering, this textbook provides a comprehensive understanding of the subject. The author effectively demonstrates the essential skills employed in problem-solving and designing processes, empowering readers with practical knowledge and a holistic approach to engineering design.
|4."Ingredients for Successful System Level Design Methodology" by Sandeep K Shukla Hiren D Patel Shukla Patel|
“Ingredients for Successful System Level Design Methodology” Book Review: This comprehensive book offers a foundational understanding of the key elements required for successful system-level design methodology. It explores a methodology that enables the modeling of complete electronic systems from a holistic perspective. The book discusses hardware with both discrete-event and cycle-based semantics, while providing detailed insights into an Electronic System-Level (ESL) methodology. Rich with solved and unsolved examples, it enhances reader comprehension and practical application. Designed to cater to students, teachers, and professionals who regularly utilize system-level design methodology, this book serves as a valuable resource for their day-to-day endeavors.
|5."The Future of Design Methodology" by Herbert Birkhofer|
“The Future of Design Methodology” Book Review: This comprehensive book offers a comprehensive and holistic overview of design methodology from multiple perspectives. It explores current trends in developing robust and effective design practices and serves as a catalyst for future design research. Written in a reader-friendly language, it provides a wealth of real-world examples that aid in understanding the intricacies of design methodology and the associated thought process. The book also delves into the challenges encountered during the design process. With its broad applicability, this book is tailored for students, teachers, and professionals in diverse fields of engineering and science.
|6."Design Methodology for Reconfigurable Processors" by Francky Catthoor and Ittetsu Taniguchi|
“Design Methodology for Reconfigurable Processors” Book Review: The primary objective of this book is to empower designers with the knowledge and tools to effectively evaluate and implement architectural designs. It presents a cutting-edge methodology for exploring architectures in the context of reconfigurable processors. Written in a clear and accessible language, the book is enhanced with a multitude of real-world examples that illustrate key concepts. Furthermore, it offers a wide range of solved and unsolved examples with detailed explanations to enhance understanding. With a specific focus on students and teachers engaged in design methodology for reconfigurable processors, this book serves as a valuable resource in the fields of engineering and science.
|7."Heat Transfer Laboratory : Orientation, Protocol and Design Methodology" by Mukund H Divekar and Nitin V Bhate|
“Heat Transfer Laboratory : Orientation, Protocol and Design Methodology” Book Review: This book offers a overview of heat transfer, encompassing the necessary orientation, protocol, and design methodology for efficient system design. It critically examines traditional teaching methods that may not align with theoretical principles and laboratory performance. The book emphasizes the rationale behind conducting experiments and their relevance to industry applications. It includes a wide range of solved and unsolved examples, accompanied by detailed explanations. With its target audience comprising students, teachers, and professionals in diverse fields of engineering and science, this book serves as an invaluable resource.
|8."Myoelectric Upper Limb Prostheses for High Level Amputations" by Marco Troncossi|
“Myoelectric Upper Limb Prostheses for High Level Amputations” Book Review: This book delves into the field of myoelectric upper limb prostheses for individuals with high-level amputations. It sheds light on the challenges faced by patients with severe disabilities and explores the limitations of existing commercial prosthetic solutions, which hinder the restoration of their quality of life. The book provides valuable insights into the application of procedures, design guidelines for novel devices, prototyping, and testing methods. With its accessible language and clear explanations, the book primarily caters to the community working in the specialized fields of upper limb prosthetics and upper limb robotic rehabilitation.
|9."DRM, a Design Research Methodology" by Blessing Chakrabarti|
“DRM, a Design Research Methodology” Book Review: This book offers a comprehensive introduction to the various components of design research methodology. It explores the goals and framework for conducting design research, presented in a clear and accessible language. The book provides valuable insights into the development and evaluation of computational tools aimed at enhancing product improvement and process integration. It includes a wide range of solved and unsolved examples to illustrate key concepts. Real-world examples are also featured, showcasing the challenges encountered and the methodologies employed to design effective solutions. The book is designed to enhance the reader’s understanding of design research methodology.
|10."Engineering Design Synthesis: Understanding, Approaches and Tools" by Amaresh Chakrabarti|
“Engineering Design Synthesis: Understanding Approaches and Tools” Book Review: This book offers a compilation of research papers in the field of design synthesis. It covers a wide range of topics, including the principles and impact of synthesis, various approaches utilized in synthesis, and the development of supporting tools for this crucial design task. The chapters encompass both cutting-edge research and traditional methods, exploring key synthesis approaches such as composition, retrieval, change, and repair. The applications and examples span diverse domains, including architecture, engineering, clocks, sensors, and medical devices. This book is an ideal resource for researchers, as well as teachers and professionals in the field of engineering design. Each chapter concludes with questions and worked-out examples to enhance comprehension and aid in exam preparation.
3. Engineering Design Optimization
|1."Introduction to Optimum Design" by Arora J S|
“Introduction to Optimum Design” Book Review: This book is primarily designed for engineering students, with a strong emphasis on engineering design optimization. With optimization as the central theme, the book adopts a straightforward and well-structured approach, utilizing clear and accessible language. Solved examples are included to demonstrate different procedures and concepts, enabling students to grasp their practical application in engineering design problems. The book covers a comprehensive range of optimization problems, presenting their formulation using MATLAB and Excel. Each chapter concludes with exercises designed to test understanding, allowing instructors to provide organized illustrations and support.
|2."Optimization for Engineering Design -Algorithms and Examples" by Deb K|
“Optimization for Engineering Design – Algorithms and Examples” Book Review: This book is usually designed for engineering students. This book is specifically designed for engineering students, focusing on optimization algorithms commonly used in computer-aided engineering design. The algorithms are presented in a step-by-step manner, making them easily implementable through code. The book covers a wide range of topics, starting from single-variable optimizations and progressing to multiple-variable optimizations (both constrained and unconstrained). Additional topics such as Simulated Annealing and Genetic Algorithms are also included, as they aid in finding global optimum solutions. Solved examples are provided throughout the book to enhance understanding, and appendices offer sample programs written in FORTRAN for coding assistance. Each chapter concludes with exercises to allow readers to assess their comprehension and skills.
|3."Engineering Optimization: Theory and Practice" by Rao S S|
“Engineering Optimization: Theory and Practice” Book Review: This book is specifically designed for engineering students, aiming to assist engineers in enhancing design systems with greater efficiency and reduced costs. It encompasses a comprehensive range of topics, spanning classical optimization techniques to the latest advancements. The book adopts a simplified approach, utilizing straightforward language for easy comprehension. It not only covers conventional subjects such as nonlinear and linear optimization, geometric and dynamic programming, but also explores specialized methods like genetic algorithms, multiobjective optimization, neural networks, ant colony optimization, and fuzzy optimization, among others. To provide practical insights, the book incorporates case examples that address real-world problems across various industries. Additionally, each chapter concludes with exercises in the form of review questions and problems to reinforce learning and application of the concepts.
|4."Design and Optimization of Thermal Systems, Second Edition (Mechanical Engineering)" by Yogesh Jaluria|
“Design and Optimization of Thermal Systems, Second Edition (Mechanical Engineering)” Book Review: This book is primarily designed for mechanical engineering students and offers a systematic and adaptable approach to designing thermal systems across various fields, including automobiles, aerospace, and pollution control, among others. Written in a simplified manner, the book ensures ease of understanding with its straightforward language. It covers a wide range of topics, from fundamental concepts to advanced ones such as formulation, conceptual design, feasibility analysis, simulation, and optimization. In addition to traditional subjects, the book also delves into emerging techniques to address practical and complex design challenges. Each concept is accompanied by relevant examples to enhance comprehension. The book takes a comprehensive approach by considering all relevant factors, including safety, environmental considerations, and economic aspects, from a practical standpoint.
|5."Essentials of Thermal System Design and Optimization" by C Balaji|
“Essentials of Thermal System Design and Optimization” Book Review: This book is primarily intended for engineering students and offers comprehensive coverage of general principles and implementation methods related to system designs and thermal system optimizations. Written in a simplified and accessible style, the book ensures ease of understanding. It encompasses contemporary concepts such as simulated annealing, genetic algorithms, Bayesian inference, and artificial neural networks (ANN), all of which are explained in a straightforward manner. Solved examples are provided for each concept to enhance comprehension, and exercises are included at the end of each chapter for self-assessment purposes.
|6."Gemba Kaizen: A Commonsense Approach to a Continuous Improvement Strategy" by Masaaki Imai|
“Gemba Kaizen: A Commonsense Approach to a Continuous Improvement Strategy” Book review: This book is primarily designed to provide methods for implementing cost-effective and incremental improvements that enable businesses to achieve long-term financial goals. Written in a simplified and reader-friendly style, the book ensures ease of comprehension. It covers all essential topics related to gemba kaizen, including the five steps of workplace organization, just-in-time and total flow management, visual management, and more. To showcase successful implementations of gemba kaizen across various industries, the book includes global case studies. By increasing productivity and optimizing quality, this book helps businesses maintain both quantity and quality standards. Moreover, it aids students in developing problem-solving and optimization skills, enabling them to operate more effectively and profitably than their counterparts.
|7."Optimization Methods for Engineering Design" by Richard Lion Fox|
“Optimization Methods for Engineering Design” Book Review: This book is primarily designed for engineering students, with a specific focus on optimization methods commonly employed in computer-aided engineering design. It offers a systematic, step-by-step presentation of optimization techniques that can be easily implemented through code. The book covers a comprehensive range of topics, starting from basic single-variable optimizations to more complex multiple-variable optimizations, both constrained and unconstrained. To enhance understanding, each concept is accompanied by solved examples. Additionally, each chapter concludes with exercises to allow readers to test their knowledge and reinforce their learning.
|8."Engineering Design: A Systematic Approach" by Robert Matousek|
“Engineering Design: A Systematic Approach” Book Review: This book is primarily designed for mechanical engineering students, aiming to enhance their understanding of engineering designs and foster creativity in developing new designs based on existing ones. The content is presented in a simplified manner, ensuring ease of comprehension. The book follows a systematic approach in explaining each topic, providing a clear and structured learning experience. Solved examples are incorporated throughout the book to facilitate better understanding of the concepts. Furthermore, exercises are included at the end of each chapter, enabling students to assess their understanding and apply their knowledge.
|9."Process Intensification in Chemical Engineering: Design Optimization and Control" by Juan Gabriel Segovia-Hernández and Adrián Bonilla-Petriciolet|
“Process Intensification in Chemical Engineering: Design Optimization and Control” Book Review: This book is specifically designed for chemical engineering students and researchers, aiming to explore the applications of process intensification and highlight the latest developments in the field of chemical engineering. The content is presented in a simplified manner, ensuring readability and ease of understanding. Real-life examples are incorporated throughout the book to provide practical context and enhance comprehension of the concepts. Each chapter concludes with exercises to allow readers to test their understanding and apply the knowledge gained. By successfully completing this book, readers will be equipped to apply these processes to real-life problems in the field.
|10."Structural Seismic Design Optimization and Earthquake Engineering: Formulations and Applications" by Vagelis Plevris and Chara Mitropoulou|
“Structural Seismic Design Optimization and Earthquake Engineering: Formulations and Applications” Book Review: This book is specifically designed for engineering students and researchers, with a primary focus on optimizing earthquake engineering problems. It provides comprehensive implementations of various algorithms in this domain. The content is presented in a simplified manner, ensuring ease of understanding through simple and accessible language. The book covers a wide range of topics, including soft computing applications, optimization procedure design, and advanced subjects such as advancements in seismic design and analysis, where optimization algorithms can be effectively applied. In addition to theoretical knowledge, the book incorporates practical implementations and the latest research findings, enabling readers to gain a deeper understanding of earthquake engineering.
|11."Optimization - Theory and Applications" by S S Rao|
Book Review: This book provides a comprehensive demonstration of optimization methods employed across various industries. It covers a wide range of optimization techniques, including both the latest advancements and classical methods. The book begins with foundational concepts and gradually progresses to more advanced principles and practical applications. It encompasses topics such as nonlinear, linear, geometric, dynamics, and advanced programming techniques. Specialized methods like genetic algorithms, simulated annealing, neural networks, swarm optimization, ant colony optimization, and fuzzy optimization are also presented. This book is tailored for graduate and undergraduate students studying mechanical, civil, chemical, electrical, and aerospace engineering.
|12."Non Linear Programming" by Dimitri P Bertsekas|
Book Review: This book provides a comprehensive exploration of iterative algorithms designed for both constrained and unconstrained optimization problems. It delves into important concepts such as Lagrange multipliers, duality, and the interface between continuous and discrete optimization. Additionally, the book offers in-depth coverage of large-scale problems and presents various iterative optimization methods, including those specifically tailored for linear programming. Neural network training, discrete time optimal control, and large-scale optimization are also discussed in dedicated chapters. The inclusion of numerous examples and exercises enhances the reader’s understanding, while separate chapters tackle the practical applications of duality and Lagrangian relaxation in solving discrete optimization techniques.
|13."Advances in Evolutionary and Deterministic Methods for Design, Optimization and Control in Engineering and Sciences" by Jacques Periaux David Greiner|
“Advances in Evolutionary and Deterministic Methods for Design, Optimization and Control in Engineering and Sciences” Book Review: This book focuses on evolutionary and deterministic methods for design, optimization, and control in engineering and sciences. It covers theoretical and numerical methods, as well as tools for optimization. The topics discussed include turbo machinery, materials, structures, civil engineering, societal applications, aeronautics, astronautics, electrical and electronics applications. The book specifically emphasizes intelligent systems for multidisciplinary design optimization problems based on multi-hybridized software. It also provides detailed discussions on one-shot methods, adjoint-based approaches, uncertainty quantification, and optimization.
|14."Optimization Methods" by Marco Cavazzuti|
“Optimization Methods” Book Review: This book provides a comprehensive exploration of optimization techniques and is divided into two main parts. The first part offers a broad overview of optimization, covering five key topics: response surface modeling, design of experiments, deterministic optimization, robust engineering design, and stochastic optimization. Each chapter concludes with application-oriented insights and includes illustrative examples to enhance understanding of the presented techniques. The second part focuses on practical applications, guiding the reader through the process of setting up optimization exercises. It demonstrates how the various topics in optimization theory can be effectively combined in real-world optimization scenarios. The applications showcased predominantly belong to the field of thermodynamics and fluid dynamics.
|15."Discretization Methods and Structural Optimization Procedures and Applications" by Eschenauer Thierauf|
“Discretization Methods and Structural Optimization Procedures and Applications” Book Review: This book talks about structural optimization methods and their practical applications. It offers an in-depth analysis of the current state of structural optimization, covering a range of topics. These include interactive design optimization of structural systems, efficient stiffness design of structures through quasi optimization, and the application of heuristic multilevel optimization methods in engineering. The book also delves into weight optimization of steel frames, considering both geometrical and material nonlinearities. It discusses shape optimization as a discrete optimization problem and presents solution procedures that utilize continuous approximations. Additionally, the book explores scalar problems of vector optimization, multilevel optimization of large-scale structures in parallel computing environments, multi-stage optimization of structures under static and dynamic loading, as well as optimal design of viscoelastic structures subjected to dynamic loadings. With its valuable insights, this book serves as an interesting and informative resource for both students and practicing engineers.
|16."Engineering Optimization: Methods and Applications" by K M Ragsdell|
“Engineering Optimization: Methods and Applications” Book Review: This book highlights the fundamental role of optimization in engineering, emphasizing that engineers are tasked with designing innovative systems that are superior in terms of efficiency and cost-effectiveness. It acknowledges that the optimization process is often time-consuming, making computer-assisted methods highly efficient. However, it emphasizes the importance of comprehending the underlying processes to identify requirements and interpret outcomes effectively. With the aim of equipping students and practicing engineers with essential knowledge, this book provides the necessary tools to understand and utilize optimization theory effectively.
|17."Cost Effective Design of Hybrid Powertrains" by Jonas Hellgren|
“Cost Effective Design of Hybrid Powertrains” Book Review: This book explores various design possibilities in powertrain design, shedding light on the idea that the most economical choice depends on factors such as fuel prices, application requirements, and interest rates. It acknowledges the increasing availability of multiple powertrain concepts in the future. Within this context, the book presents a technique for transforming prerequisites into cost-effective powertrain solutions. Powertrains are evaluated and ranked based on their life-cycle cost, considering factors such as fuel costs, capital expenses, and component wear costs. A case study is provided, demonstrating the adaptation of a powertrain to a city bus route in Sweden. The findings indicate that, even in the present time, new powertrain technologies can be competitive in terms of cost-effectiveness in certain applications.
|18."Optimization for Engineering Design: Algorithms and Examples" by Kalyanmoy Deb|
“Optimization for Engineering Design: Algorithms and Examples” Book Review: This book offers a range of optimization algorithms commonly employed in computer-aided engineering design. Starting with basic single-variable techniques, it progressively introduces both unconstrained and constrained optimization methods in a user-friendly, step-by-step format applicable to any computer language. In addition to classical optimization approaches, it extensively covers Genetic Algorithms and Simulated Annealing, widely utilized principles for engineering design problems to achieve global optimal solutions. The book explores emerging topics such as design and manufacturing, inverse problems, scheduling and routing, data fitting and regression, data mining, Lagrangian duality theory, intelligent system design, and quadratic programming, including its extension to sequential quadratic programming. With solved problems employing multiple algorithms, it provides comprehensive comparative evaluations. Ideal for senior undergraduate and postgraduate students in mechanical, production, and chemical engineering.
|19."Design and Optimization of Metal Structures" by Jozsef Farkas and Karoly Jarmai|
“Design and Optimization of Metal Structures” Book Review: This industrial book examines various theoretical problems and offers solutions through numerical applications, optimizing structures such as belt-conveyor bridges, wind turbine power systems, pipelines, large span suspended roofs, and more. It provides in-depth discussions on multi-storied frames and pressure vessel-supporting frames. Notably, the book focuses on cost analysis and calculation, enabling cost comparisons and substantial savings during the design phase. An illustrative example compares the costs of stiffened and unstiffened structural versions of plates and shells. With its practical insights, this book serves as a valuable resource for students, designers, researchers, and manufacturers seeking optimal and competitive structural solutions.
4. Reliability in Engineering Design
|1."Design Engineering" by J R Dixon|
|2."Introduction to Reliability in Design" by C O Smith|
|3."Quality Control, Reliability and Engineering Design" by B S Dhillon|
“Quality Control, Reliability and Engineering Design” Book Review: This book encompasses the essential elements of quality control, reliability, and engineering design, providing a holistic view of product development. It consists of eighteen chapters that delve into various factors impacting reliability in engineering design. Topics covered include Design Optimization Methods, Human Factors in Engineering Design, Engineering Design Reviews, the Designing Process and Associated Areas, Reliability Estimation, and Applied Quality Control, among others. Each chapter concludes with a summary, exercises, and references, enabling readers to reinforce their understanding and engage in practical application.
|4."Probabilistic Mechanical Design" by E B Haugan|
“Probabilistic Mechanical Design” Book Review: This book is dedicated to providing a mathematical approach to precise designs for mechanical engineers, as well as professionals in the nuclear, mining, and electrical engineering fields. It delves into the concepts of engineering design by considering the behavior of random variables, determining reliability specifications, and avoiding the pitfalls of both over- and under-designing. The book strikes a balance between theory and mathematical analysis, offering derivations and explanations grounded in mathematical principles. Worked-out examples are included to enhance comprehension of the concepts and their applications, while ample practice problems are provided for further skill development. The design methods presented are easily adaptable for practical applications, making this book a valuable resource for students seeking hands-on experience.
|5."Reliability in Engineering Design" by K C Kapur and L R Lamberson|
“Reliability in Engineering Design” Book Review: This book offers a comprehensive exploration of reliability in engineering design, focusing on maximizing the utilization and safety of engineering equipment and systems. It provides detailed coverage of the concepts in a manner that is both accessible and easy to comprehend. The book encompasses a wide range of topics, including Probabilistic Engineering Design, Interference Theory, and Reliability Computations, Exponential Distribution, Sequential Life Testing, Bayesian Reliability in Design and Testing, and the Combination of Random Variables in Design. Elaborate discussions are provided on important reliability concepts such as Reliability Measures, Static Reliability Models, Time Dependent Stress-Strength Models, Dynamic Reliability Models, Reliability Estimation, and Reliability Optimization. Throughout the book, these concepts are illustrated with a variety of reliability design examples, making them easily understandable for readers.
|6."Reliability in Engineering Design" by Kailash C Kapur and Leonard R Lamberson|
“Reliability in Engineering Design” Book Review: This book focuses on reliability in design, engineering, and management, highlighting its role in the various stages of product development. It covers the distribution of reliability practices throughout an organization, including development, design, manufacturing, assembly, sales, and service. The book emphasizes the management of reliability throughout the product’s life cycle, from concept and research to implementation. The concepts are explained through illustrative examples, and ample worked problems and numerical examples are provided for practice. The book also includes homework problems, a solutions manual, and class-tested materials for effective learning and comprehension.
|7."Principles of Loads and Failure Mechanisms: Applications in Maintenance, Reliability and Design" by T Tinga|
“Principles of Loads and Failure Mechanisms: Applications in Maintenance, Reliability and Design” Book Review: This book offers a comprehensive examination of the principles of loads and failure mechanisms and their practical applications in maintenance, reliability, and design. Divided into two main parts, namely Principles of Loads and Failure Mechanisms, and Applications in Maintenance, Reliability, and Design, the book consists of nine detailed chapters. Topics covered include External Loads, Internal Loads, Failure Mechanisms, Maintenance Concepts, Failure Analysis, Design, and more. By striking a balance between theory and practical applications, this book provides a comprehensive understanding of the subject matter. Additionally, it includes references and further reading sections to facilitate extended study and exploration of the topic.
|8."Reliability Verification Testing And Analysis In Engineering Design" by Gary S Wasserman|
“Reliability Verification Testing and Analysis in Engineering Design” Book Review: This book serves as a valuable reference for current theories and methods in designing reliability tests and analyzing the resulting data. It extensively employs computer-aided engineering practices and showcases the utilization of software tools like Microsoft Excel, MINITAB, WinSMITH, and ReliaSoft, which are widely employed across industries for data analysis. The book covers contemporary principles, techniques, and terminology in design reliability, including the application of Microsoft Excel Tool Solver and Goal Seek nonlinear search procedures for developing Fisher matrices and likelihood ratio confidence intervals. It also provides guidance on generating tables for median ranks, beta-binomial bounds, standard percents, and more. With its wide-ranging content, this book is highly beneficial for both students and practitioners in the field.
|9."Recent Advances in Reliability and Quality in Design (Springer Series in Reliability Engineering)" by imusti|