1 / 13

Introduction to Engineering Mechanics Dar-Yun Chiang

Introduction to Engineering Mechanics Dar-Yun Chiang. Objectives. To provide an introduction of: ※ Fundamental concepts, ※ General principles, ※ Analysis methods, ※ Future Studies in Engineering Mechanics. Outline. 1. Engineering Mechanics 2. Fundamental Concepts

mignon
Download Presentation

Introduction to Engineering Mechanics Dar-Yun Chiang

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Introduction toEngineering MechanicsDar-Yun Chiang

  2. Objectives To provide an introduction of: ※ Fundamental concepts, ※General principles, ※Analysismethods, ※Future Studies in Engineering Mechanics.

  3. Outline • 1. Engineering Mechanics • 2. Fundamental Concepts • 3. General Principles • 4. Static Analysis • 5. Dynamic Analysis • 6. Future Studies

  4. 1. Engineering Mechanics • Mechanics : - Rigid-body Mechanics - Deformable-body Mechanics - Fluid Mechanics • Rigid-body Mechanics : - Statics - Dynamics

  5. 1. Engineering Mechanics • Statics – Equilibrium Analysis of particles and bodies • Dynamics – Accelerated motion of particles and bodies KinematicsandKinetics • Mechanics of Materials… • Theory of Vibration…

  6. 2. Fundamentals Concepts Basic Quantities • Length, Mass, Time, Force Units of Measurement • m, kg, s, N…(SI, Int. System of Units) - Dimensional Homogeneity - Significant Figures

  7. 2. Fundamentals Concepts Idealizations • Particles – Consider mass but neglect size • Rigid Body – Neglect material properties • Concentrated Force • Supports and Reactions

  8. 3. General Principles - Newton’s Laws of Motion • First Law,Second Law, Third Law • Law of Gravitational Attraction - D’Alembert Principle : F+(-ma)=0 - Impulse and Momentum - Work and Energy - Principle of Virtual Work (Equilibrium)

  9. 4. Static Analysis • Force and Equilibrium • Force System Resultants • Structural Analysis • Internal forces • Friction • Centroid and Moments of Inertia • Virtual Work and Stability

  10. 5. Dynamic Analysis • Kinematics of a Particle • Kinetics: Force and Acceleration • Work and Energy • Impulse and Momentum (Impact) • Planar Kinematics and Kinetics • 3-D Kinematics and Kinetics • Vibrations

  11. 6. Future Studies • 飛機結構設計目標 1. 成本及重量(Cost and Weight) 2. 靜力強度(Static Strength) 3. 耐久性(Durability) 4. 耐損傷性(Damage Tolerance) 5. 耐振顫及振動性(Flutter and Vibration) 6. 耐腐蝕性(Corrosion Resistance) 7. 耐毀損性(Crashworthiness) 8. 維修及製造簡易性

  12. 6. Future Studies • 材料力學、高等材力、結構力學、彈性力學 　複合材料力學、破壞力學、連體力學、塑性力學 　黏彈性力學、板殼分析、結構穩定學、有限元素法 流體力學、空氣動力學、熱力學、熱傳與燃燒 … • 振動學、非線性振動學、混沌振動學 高等動力學、結構動力學、隨機振動 … • 數值分析、機率與統計、信號處理、智慧型計算 最佳化分析、導航與控制、系統識別、…

  13. Ultimate Challenge

More Related