1. INTRODUCTION
  2. ANALYSIS OVERVIEW
  3. OVERVIEW OF MOSES
  4. THE MOSES INTERFACE
  5. CUSTOMIZING YOUR ENVIRONMENT
  6. THE BASICS OF THE MOSES LANGUAGE
    • Files and the ROOT Concept
    • Commands, Menus, and Numbers
    • The Selection Process
  7. MOSES DIMENSIONS
  8. DEVICES AND PROGRAM BEHAVIOR
    • Colors
    • Defining Styles
    • Logical Devices and Channels
    • Controlling Execution
    • Message Commands
  9. GENERAL PURPOSE INTERNAL MENUS
    • The &UGX Menu
    • Document Formatting
    • The &BUILDG Menu
    • The &BUILDG Menu
    • The &TABLE Menu
    • The Disposition Menu
      • Reporting, Viewing and Storing Data
      • Adding Columns
      • Recasting Data
      • Extremes and Statistics
      • Plotting
      • Getting Data
  10. PICTURES
    • Types of Pictures
    • Picture Views
    • Picture Selection
    • Picture Special Effects
    • Picture Ray Tracing
  11. ADVANCED LANGUAGE FEATURES
    • Variables
    • Loops and IF's
    • Macros
    • String Functions
      • The &INFO String Function
      • The &NUMBER String Function
      • The &STRING String Function
      • The &TOKEN String Function
      • The &GET String Function
    • Getting User Input
    • Programming the Tool Bar
    • Using Files
    • Functions
  12. THE MOSES MODEL
    • Converting Models
    • Report Control & Information
      • Obtaining the Names of Quantities
      • Obtaining the Status of the System
      • Obtaining Summaries of the Model
    • Fatigue and Cycle Counting
      • Defining SN Curves
      • Associating SN Curves with Points
      • Associating SCFs with Tubular Joints
      • Associating SCFs with Element Points
      • Beam Fatigue Due to Slamming
      • Fatigue Durations
    • Forces
    • Panel/Plate Shape
    • Defaults
    • Parameters
    • Convolutions
    • Curves
    • Sensors
    • The Environment
    • Categories and Load Types
    • Bodies and Parts
    • Geometry
      • Defining Points
      • Geometry String Functions
    • Element Classes
      • Structural Classes
      • Class Shapes
      • Pile Classes
      • Flexible Connector Classes
      • Rigid Connector & Restraint Classes
      • Propulsion Connector Classes
      • Tug Connector Classes
    • Structural Elements
      • Element System
      • Element Options
      • Beams
      • Generalized Plates
      • Connecting Parts
      • Structural Post-Processing Elements
    • Load Groups
    • Compartments
      • Pieces
      • Defining Surfaces with Polygons
      • Interior Compartments
      • Filling Interior Compartments
    • Editing a Model
  13. CONNECTIONS AND RESTRAINTS
    • Defining a Pulley Assembly
    • Defining a Launchway Assembly
    • Defining a Sling Assembly
    • Defining a Pipe or Riser Assembly
    • Defining a Control Assembly
    • Defining a Winch Assembly
  14. PROCESSES
  15. AUTOMATIC OFFSHORE INSTALLATION
  16. THE CONNECTOR DESIGN MENU
    • Obtaining Connector Tables
    • Obtaining Connector Geometry
    • Finding the Restoring Force
    • Obtaining the Results for a Pile
    • Designing a Lifting Sling
  17. THE REPOSITION MENU
  18. THE HYDROSTATIC MENU
    • Tank Capacities
    • Curves of Form
    • Finding Floating Equilibrium
    • Longitudinal Strength
    • Righting and Heeling Arm Curves
    • STAB_OK & Allowable KG
  19. THE HYDRODYNAMIC MENU
    • Pressure Data
    • Mean Drift Data
  20. THE FREQUENCY RESPONSE MENU
    • Equation Post-Processing
    • Motion Post-Processing
    • Cargo Force Post-Processing
    • Connector Force Post-Processing
    • Pressure Post-Processing
  21. FINDING EQUILIBRIUM
  22. TIME DOMAIN SIMULATION
  23. LAUNCH SIMULATION
  24. CREATING A STATIC PROCESS
  25. POST-PROCESSING OF A PROCESS
    • Post-Processing Body Information
    • Post-Processing Drafts, Points, and Sensor Readings
    • Post-Processing Compartment Ballast
    • Post-Processing Applied Forces
    • Post-Processing Connector Forces
    • Post-Processing Rods and Pipes
    • Post-Processing Static Processes
  26. STRUCTURAL ANALYSIS & APPLIED LOADS
    • Extracting Modes Of Vibration
    • Frequency Domain Transportation Solution
    • Defining Load Cases
    • Obtaining Applied Loads
    • Performing a Structural Analysis
  27. STRUCTURAL POST-PROCESSING
    • Post-Processing Cases
    • Post-Processing & Pictures
    • Post-Processing Modes
    • Post-Processing Connectors & Restraints
    • Bending Moments and Shears
    • Force Response Operators
    • Post-Processing Beams
    • Post-Processing Generalized Plates
    • Post-Processing Joints
  28. COMMAND INDEX
  29. OPTION INDEX
  30. US Letter Size PDF
  31. A4 Size PDF

Ultramarine, Inc. | Suite 325 | 3100 S. Gessner | Houston, Texas 77063 | (713)975-8146
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