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About Mechanical System Design

Mechanical System Design is a free Mechanical Engineering handbook covering important course topics, detailed notes, diagrams, equations, formulas and study materials. Download this digital book and reference guide for Diploma, BE, BTech and related engineering degree courses. Study systems engineering, engineering design, concurrent engineering, mathematical modeling, linear programming, network flow, PERT and CPM, optimization, feasibility analysis, financial analysis, decision theory and simulation. Useful for university exams, viva, interviews, assignments, projects and quick revision. RELATED ENGINEERING BRANCHES Mechanical Engineering, Industrial Engineering, Manufacturing Engineering, Production Engineering, Mechatronics, Systems Engineering and Engineering Management. ALL 66 LISTED TOPICS SYSTEM FUNDAMENTALS & DESIGN 1. Introduction 2. System Concept 3. What Is a System? 4. Characteristics of a System 5. Elements of a System 6. Types of Systems 7. Linear and Nonlinear Systems 8. Static and Dynamic Systems 9. Time-Invariant and Time-Varying Systems 10. Lumped- and Distributed-Parameter Systems 11. Engineering Design Process 12. System Design Approach 13. Introduction to Concurrent Engineering 14. Building Blocks of Concurrent Engineering 15. Applications of a System 16. Mechanical System Design Case Study 17. Steps in a Case Study 18. Case Study: Applications, Advantages and Limitations 19. System Analysis 20. Black-Box Approach 21. Component Integration Approach SYSTEM MODELING & NETWORK METHODS 22. System Modeling 23. Need for System Modeling 24. Model Types and Purposes 25. Mathematical Modeling 26. Why Mathematical Modeling? 27. Types of Mathematical Models 28. Mathematical Formulation in System Design 29. Linear Programming Problems (LPP) 30. Methods for Solving LPP 31. Introduction to Graph Modeling 32. Network Flow Problems 33. Shortest Path Problems 34. PERT and CPM 35. Differences Between PERT and CPM 36. Maximum Flow Problems 37. Minimum-Cost Flow Problems OPTIMIZATION & FEASIBILITY 38. Introduction to Optimization 39. Optimization Scope and Objective Functions 40. Methods for Solving Optimization Problems 41. Stationary Points, Local and Global Optima 42. Models with One Decision Variable 43. Models with Two Decision Variables 44. Convexity and Concavity: One Variable 45. Convexity and Concavity: Two Variables 46. Feasibility Assessment 47. Types of Feasibility 48. Importance of Feasibility Studies ENGINEERING ECONOMICS & DECISIONS 49. Time Value of Money: Introduction and Rationale 50. Time Value of Money: Techniques and Valuation 51. Factors Affecting Time Value of Money 52. Introduction to Financial Analysis 53. Classification of Financial Ratios 54. Elements of a Decision Problem 55. Introduction to Decision Theory 56. Decision-Making Under Certainty 57. Decision-Making Under Risk 58. Decision-Making Under Uncertainty 59. Comparing Certainty, Risk and Uncertainty 60. Decision-Making Under Conflict and Competition 61. Probability Density Function 62. Cumulative Distribution Function 63. Expected Monetary Value 64. Utility Value 65. Bayes' Theorem 66. Simulation Concepts Use this free Mechanical System Design ebook to revise system modeling, engineering optimization and technical decision-making.