Updated: 2009-12-29 14:02:40
Home nbsp nbsp nbsp nbsp nbsp Books nbsp nbsp nbsp nbsp nbsp Software nbsp nbsp nbsp nbsp nbsp Articles December 29, 2009 Chemical Dynamics by admin 7:02 am . File pdf , 18 MB , 193 pages TOC 1. Chemical Energetics 1-1 Introduction 1-2 Chemical Potential and Equilibrium 2. Application of the Chemical Potential to Acid 2-1 Ionization Equilibrium 2-2 Correlation with Gross Structure 3. Energetics of Acid Ionization in the Born-Haber Cycle 3-1 Introduction 3-2 The Born-Haber Cycle 3-3 Evaluation of the Born-Haber Terms 4. Energetics of Acid Ionization in a Cycle Including Electroreduction Potentials 4-1 Introduction 4-2 Measurement of Reduction Potentials 4-3 Analysis of Data 5 Rate Phenomena in Chemical Reactivity 5-1 Introduction 5-2 Reaction Mechanisms 5-3 Elementary Reactions 6 Elementary Reaction Processes in Gaseous and Liquid Systems 6-1 Recent Experimental and Theoretical Advances 6-2 Reactions in the Gaseous Phase 6-3 Reactions in Liquid Solutions 7 An Illustrative Chemical Reaction 7-1 The Iodide-Hypochlorite Reaction 7-2 Interpretation of the Rate Constant 8 Mechanisms and Rate Laws 8-1 The Rate-Determining Step 8-2 An Alternative Mechanism 8-3 A Further Look at the First
Updated: 2009-12-22 22:25:55
Home nbsp nbsp nbsp nbsp nbsp Books nbsp nbsp nbsp nbsp nbsp Software nbsp nbsp nbsp nbsp nbsp Articles December 22, 2009 Porous Elasticity by admin 3:25 pm . File pdf , 2.9 MB , 259 pages TOC 1. Some Classical Porous Media Models 1.1. Preliminary Definitions 1.2. Rigid Isentropic Solid Containing One Incompressible Fluid 1.3. Rigid Isotropic Solid Containing One Compressible Fluid 1.4. Rigid Isotropic Solid Containing N 1 Incompressible Fluids 1.5. Linear Elastic Incompressible Isotropic Solid Containing An Incompressible Fluid 1.6. Linear Elastic Isotropic Solid Containing A Compressible Fluid 2. Elements of The Theory of Mixtures 2.1. Kinematics 2.2. Equations of Balance 2.3. Field Equations 2.4. Balance of Mass-Special Forms 2.5. Balance of Momentum-Special Forms 2.6. Entropy Inequality 2.7. Rigid Isotropic Solid Containing Incompressible Fluids 3. Porous Elasticity Models 3.1. Immiscible Mixtures 3.2. Immiscible Mixtures-Linearized Isotropic Models 3.3. Immiscible Mixtures-Field Equations for the Linearized Model 4. Porous Elasticity Models With Pore Pressures 4.1. Immiscible Mixtures-Definition of Pore Pressure 4.2. Binary Immiscible Porous Materials with Pore Pressure 4.3.
Updated: 2009-12-15 22:05:28
Home nbsp nbsp nbsp nbsp nbsp Books nbsp nbsp nbsp nbsp nbsp Software nbsp nbsp nbsp nbsp nbsp Articles December 15, 2009 Ship-To-Shore Hose Handling Operations Manual by admin 3:05 pm . File pdf , 1.65 MB , 120 pages TOC CHAPT 1. INTRODUCTION CHAPT 2. BACKGROUND 1. Introduction 2. Shipboard Systems 3. hore Collection System 4. Ship Waste Offload Barges CHAPT 3. SEWAGE TRANSFER EQUIPMENT 1. Sewage Transfer Hoses 2. Equipment Specifications 3. Hose Support Facilities CHAPT 4. HOSE LOADING 1. Manual Loading 2. Hose Reel Trailer CHAPT 5. HOSE TRANSPORT 1. Vehicles 2. Other Equipment CHAPT 6. SHIP-TO-SHORE CONNECTION 1. Hose Deployment 2. Surface Vessels 3. Submarines CHAPT 7. SHIP-TO-SHIP CONNECTION 1. Hose Deployment 2. Surface Vessels 3. Submarines 4. Ship Waste Offload Barge , Sewage CHAPT 8. SHIP-TO-SHORE DISCONNECTION 1. Disconnection Procedures 2. Sewage Spills CHAPT 9. SHIP-TO-SHIP DISCONNECTION CHAPT 10. UNLOADING HOSES FOR STORAGE 1. Unloading Hoses 2. Storage CHAPT 11. HOSE MAINTENANCE REPAIR 1. Condition of Hoses 2. Hose Repair CHAPT 12. SAFETY ASPECTS OF HOSE HANDLING CHAPT 13. COLD WEATHER CLIMATES App A Sewage Transfer Hose Disinfection Procedures App B Lessons Learned ,
Updated: 2009-12-09 00:37:54
Home nbsp nbsp nbsp nbsp nbsp Books nbsp nbsp nbsp nbsp nbsp Software nbsp nbsp nbsp nbsp nbsp Articles December 9, 2009 Navy Damage Controlman by admin 5:37 am . File pdf , 6.9 MB , 400 pages TOC 1. Damage Controlman Rating 2. Damage Control Organization , Communication , and Information 3. Ship Compartmentation and Watertight Integrity 4. Fire-Fighting Fundamentals 5. Portable Fire-Fighting and Dewatering Equipment 6. Fire-Fighting Systems 7. Fire-Fighting Tactics 8. Battle Damage Repair 9. Chemical and Biological Warfare Defense 10. Radiological Effects 11. Radiological Defense and Recovery 12. Ship Stability and Buoyancy 13. Shipboard Damage Control Training APP I . Glossary II . Damage Control Abbreviations III . Damage Control Symbology IV . References Used to Develop This Nonresident Course Download pdf1 link One Response to Navy Damage Controlman” abrham okubay Says : December 22nd , 2009 at 1:50 am thank you for giving me free books Leave a Reply Name required Mail will not be published required Website Anime Downloads RevResponse Engineering Books Freeware and Shareware Blog Directory blog directory Feed Shark Photarium blog directory Web Blog Directory Squidoo Free Web
Updated: 2009-12-06 13:10:37
Home nbsp nbsp nbsp nbsp nbsp Books nbsp nbsp nbsp nbsp nbsp Software nbsp nbsp nbsp nbsp nbsp Articles December 6, 2009 Damping Models for Structural Vibration by admin 6:10 am . File pdf , 3.9MB , 228 pages PhD Thesis by Adhikari Sondipon TOC 1 Introduction 1.1 Dynamics of Undamped Systems 1.1.1 Equation of Motion 1.1.2 Modal Analysis 1.2 Models of Damping 1.2.1 Single Degree-of-freedom Systems 1.2.2 Continuous Systems 1.2.3 Multiple Degrees-of-freedom Systems 1.2.4 Other Studies 1.3 Modal Analysis of Viscously Damped Systems 1.3.1 The State-Space Method 1.3.2 Methods in Configuration Space 1.4 Analysis of Non-viscously Damped Systems 1.5 Identification of Viscous Damping 1.5.1 Single Degree-of-freedom Systems Systems 1.5.2 Multiple Degrees-of-freedom Systems 1.6 Identification of Non-viscous Damping 1.7 Open Problems 1.8 Outline of the Dissertation 2 The Nature of Proportional Damping 2.1 Introduction 2.2 Viscously Damped Systems 2.2.1 Existence of Classical Normal Modes 2.2.2 Generalization of Proportional Damping 2.3 Non-viscously Damped Systems 2.3.1 Existence of Classical Normal Modes 2.3.2 Generalization of Proportional Damping 2.4 Conclusions 3 Dynamics of Non-viscously
Updated: 2009-12-04 16:48:45
, Home nbsp nbsp nbsp nbsp nbsp Books nbsp nbsp nbsp nbsp nbsp Software nbsp nbsp nbsp nbsp nbsp Articles December 4, 2009 Feedback Systems , an Introduction for Scientist and Engineer by admin 9:48 am . File pdf , 10 MB , 408 pages TOC Chapt 1. Introduction 1.1 What Is Feedback 1.2 What Is Control 1.3 Feedback Examples 1.4 Feedback Properties 1.5 Simple Forms of Feedback Chapt 2. System Modeling 2.1 Modeling Concepts 2.2 State Space Models 2.3 Modeling Methodology 2.4 Modeling Examples Chapt 3. Examples 3.1 Cruise Control 3.2 Bicycle Dynamics 3.3 Operational Amplifier Circuits 3.4 Computing Systems and Networks 3.5 Atomic Force Microscopy 3.6 Drug Administration 3.7 Population Dynamics Chapt 4. Dynamic Behavior 4.1 Solving Differential Equations 4.2 Qualitative Analysis 4.3 Stability 4.4 Lyapunov Stability Analysis 4.5 Parametric and Nonlocal Behavior Chapt 5. Linear Systems 5.1 Basic Definitions 5.2 The Matrix Exponential 5.3 Input Output Response 5.4 Linearization Chapt 6. State Feedback 6.1 Reachability 6.2 Stabilization by State Feedback 6.3 State Feedback Design 6.4 Integral Action Chapt 7. Output Feedback 7.1 Observability 7.2 State Estimation 7.3 Control Using Estimated
