TAILIEUCHUNG - PLAXIS 2D Reference Manual

The PLAXIS 2D program is a special purpose two-dimensional finite element program used to perform deformation and stability analysis for various types of geotechnical applications. Real situations may be modelled either by a plane strain or an axisymmetric model. The program uses a convenient graphical user interface that enables users to quickly generate a geometry model and finite element mesh based on a representative vertical cross section of the situation at hand. Users need to be familiar with the Windows environment. To obtain a quick working knowledge of the main features of the PLAXIS program, users should work through the example problems contained in the Tutorial Manual | PLAXIS 2D Reference Manual 2011 Build 5167 TABLE OF CONTENTS TABLE OF CONTENTS 1 Introduction 9 2 General information 11 Units and sign conventions 11 File handling 13 Help facilities 13 3 Input program - General overview 15 Starting the Input program 15 New project 16 Existing project 20 Importing a geometry 20 Packing a project 21 Layout of the Input program 23 Menus in the Menu bar 25 File menu 25 Edit menu 25 View menu 26 Geometry menu 26 Loads menu 27 Materials menu 28 Mesh menu 28 Help menu 28 Geometry 28 Points and lines 29 Plates 30 Geogrids 31 Interfaces 32 Node-to-node anchors 35 Fixed-end anchors 36 Tunnels 36 Hinges and rotation springs 40 Drains 42 Wells 42 Loads and boundary conditions 42 Standard fixities 43 Standard earthquake boundaries 43 Standard absorbent boundaries dynamics 43 Set dynamic load system 43 Fixities 44 Rotation fixities plates 44 Absorbent boundaries 44 Prescribed displacements 45 Distributed loads 46 Point loads 47 Bending moments 48 Design approaches 49 PLAXIS 2D 2011 Reference Manual

• Kiến trúc - Xây dựng
• INPUT PROGRAM
• MODELLING UNDRAINED
• SOIL TESTS
• MATERIAL DATA SETS
• PLATES
• CALCULATIONS
• C: How to program
• Computer program language
• Structured program development in C
• C program control
• C formatted input/output
• String manipulation functions
• Operation of the PLC
• Ladder program simulation
• Winproladder user guide
• Testing of application programs
• Program input
• Cost recovery rate
• Cost per input
• Cost per output
• Master program
• Programs is cost effective
• Term of cost per student
• Declaring constants
• A minimalist program
• Keyboard input
• Note to instructors
• Blocks of instructions
• Logarithmic mean
• C++ programming
• Lecture C++ programming
• Lập trình C++
• Ngôn ngữ lập trình C++
• I O streams
• Standard I O devices
• Heat Transfer calculations
• Introductory calculations
• Steady state calculations
• Transient and cyclic calculations
• Transient analysis
• Cooling of a fuel cell
• Basic Electrical
• Phase Systems
• Electrical Calculations
• Circuit Calculations
• Conductors
• Lighting
• Refined Resonating
• Standard Neutron
• Cross Sections
• Reaction Calculations
• Heat Calculations
• Nuclear Energy
• The Standard Handbook of Engineering Calculations
• 5000 calculations
• major engineering fields
• civil engineering
• HVAC design
• requirements in engineering
• All order calculations
• The energy levels of heavy elements
• Relativistic Hartree Fock
• configuration interaction
• Method of calculations and results
• Indium and tin
• Macroscopic cross section evolution
• Transient coupled calculations
• Local correlated sampling
• Monte Carlo calculations
• Point kinetics applications
• Multigroup calculation
• Multigroup cross sections for MCNP calculations
• Processing of the multigroup cross sections
• MCNP calculations
• Multigroup KENO VI calculation
• Dosage Calculations
• Veterinary Nurses
• veterinary technicians
• Clinical anatomy
• Essential Calculations
• Multiple precision computation
• Computational physics
• FM package
• Precision of numerical calculations
• Highprecision scientific calculations
• Mechanical Engineering Calculations
• environmental impact
• significantly
• air temperature
• sales contract
• injecting water
• Engineering Calculations
• new design codes
• engineering design
• environmental requirements
• Connectability Calculations
• Syntactic Functions
• and Russian Syntax
• Mechanical Translation
• báo cáo khoa học
• báo cáo ngôn ngữ
• ngôn ngữ tự nhiên
• Pharmacy technician
• Math for the pharmacy technician
• Math skills
• Calculating the desired dose
• Ratio proportion method
• Intravenous calculations
• Replacement fluids
• Calculating flow rates
• Operational calculations
• Business operations in the pharmacy
• Average wholesale price
• Engineering economics
• Lecture Engineering economics
• Payment calculations
• Return on investment
• Time value of money
• Compound interest
• Journal of Chemistry
• Prediction of vapor liquid equilibria of binary mixtures
• Vapor liquid equilibria of binary mixtures
• Quantum calculations and activity coefficient models
• Activity coefficient models
• Fluidized beds
• Parameter and boundary estimation
• Temperature control
• Thermal analysis
• Economic optimization
• Calculations for machine design
• Fundamental loadings
• Bending moment distributions
• Advanced loadings
• Combined loadings
• Principal stresses
• Static design
• Column buckling
• Dynamic design
• Machine assembly
• Machine energy
• Machine motion
• Molecular mechanics
• Quantum chemical calculations
• Potential energy surfaces
• Quantum chemical models
• Molecular mechanics models
• Graphical models
• Equilibrium geometries
• Dealing with flexible molecules
• Using transition state geometries
• Interpreting atomic charges
• Theoretical models
• Equilibrium conformations
• Kinetically controlled reactions
• Tight binding calculations
• Band structure
• Conductance in graphene nano ribbonsm
• Graphene nano ribbonsm