Mechanical System Design

Features

• This unique free application is for all students across the world. It covers 71 topics of Mechanical System Design in detail. These 71 topics are divided in 5 units.
• Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
• Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
• Some of topics Covered in this application are:
• 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 or Non Linear System
• 8. Static and Dynamic System
• 9. Time Invariant and Time Varying System
• 10. Lumped Parameter and Distributed Parameter System
• 11. Engineering Design Process
• 12. System Design Approach
• 13. Introduction to Concurrent Engineering
• 14. Building Blocks for Concurrent Engineering
• 15. Application of a System
• 16. A Case Study Of Mechanical System Design
• 17. Steps In a Case Study
• 18. Application, Advantages and limitations Of Case Study
• 19. System Analysis
• 20. Black Box Approach
• 21. Component Integration Approach
• 22. System modeling
• 23. Need of System Modeling
• 24. Model Types and purpose
• 25. Mathematical modeling
• 26. Why do Mathematical Modeling?
• 27. Types of Mathematical Model
• 28. Mathematical Formulation in System Design
• 29. Linear Programming Problem
• 30. Methods for Solution of LPP
• 31. Introduction to Graph modeling
• 32. Network Flow Problem
• 33. Shortest Path Problem
• 34. PERT and CPM
• 35. Difference Between PERT and CPM
• 36. Maximal Flow Problem
• 37. Minimum Cost Flow Problems
• 38. Introduction to Optimisation Process
• 39. Scope of Optimization Problem and Objective Functions
• 40. Methods to Solve Optimization Problems
• 41. Stationary Points, Relative and Global Optimum
• 42. Model with one decision variable
• 43. Model With Two Decision Variable
• 44. Convexity and Concavity of Functions of One Variable
• 45. Convexity and Concavity of Functions of Two Variable
• 46. Fesibility Assesment
• 47. Types of Feasibility
• 48. Importance of Feasibility Study
• 49. Introduction and Reason for Time Value of Money
• 50. Technique and Valuation Concept of Time Value of Money
• 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. Comparison of Decision Making Under Risk, Certainty 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. Baye's Theorem
• 66. Simulation Concept
• 67. Simulation Models
• 68. Advantages and Limitation of Simulation
• 69. Computer Simulation Modeling
• 70. Spreadsheet Simulation
• 71. Constructing a Simulation Model

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