RamSeries
Introduction
Manual organization
Tutorials list
Analysis of a beam structure
Loading the problem type rambshell
Global and Local axes
Beam properties
Displacement constraints
Distributed Loads
Problem data
Mesh generation
Calculate
Postprocess
Visualization of the Local Axes
Deformation of the structure
Visualization of strengths
Momentum in Y’ axe
Momentum in Z’ axe
Axial force
Shear in Z’
Shear in Y’
Torsor momentum
Reactions
Momentum reactions
Units
Analysis of a shell structure
Loading the problem type rambshell
Global and Local axes
Shell properties
Displacement constraints
Distributed Loads
Problem data
Mesh generation
Calculate
Postprocess
Visualization of the Local Axes
Deformation of the structure
Contour fill of the displacements
Visualization of strengths
Self defined Contour fill limits for strengths
Main axial force
Main momentum
Shear in main
Reactions
Momentum reactions
Reference for other options and capabilities
Units
Coupled beam and shell analysis
General ideas
Results from the example of coupled beams and shells
Dynamic analysis of a coupled beam and shell structure
Dynamic Loads
Problem data
Results of the example “Dynamic analysis of coupled beam and shell structure”
Analysis of a solid
Loading the problem type ramsolid
Solid properties
Displacement constraints
Punctual Loads
Self weight load
Problem data
Mesh generation
Calculate
Postprocess
Deformation of the structure
Contour fill of the displacements
Visualization of strengths
Self defined Contour fill limits for strengths
Main stresses
Von Misses
Reactions
Analysis of a concrete building
Loading the problem type rambshell
Global and Local axes for beams
Global and Local axes for shells
Support properties
Boundary beams properties
Shell properties
Displacement constraints
Loadcases
Self weight load
Distributed Loads in the shells
Combined loadcases
Problem data
Mesh generation
Calculate
Postprocess
Active load case
Visualization of the shell Local Axes
Visualization of the beams Local axes
Deformation of the structure
Contour fill of the displacements
Visualization of strengths in the beams
Momentum in Y’ axe
Visualization of strengths in the shell
Self defined Contour fill limits for strengths
Reactions
Momentum reactions
Concrete dimension
Dimension of the plate over the support
Elemento 540
Cálculo de recubrimientos geométricos (EHE 37.2.4)
Comprobación sección 1
Cuantías geométricas mínimas (EHE 42.3.5)
Limitación flexión (EHE 42.3.2)
Agotamiento frente a solicitaciones normales (EHE 42.1)
Fisuración por solicitaciones normales. Compresión (EHE 49.2.1)
Fisuración por tracción (EHE 49.2.3)
Comprobación a cortante con armadura (EHE 44.2.3)
Dimension of the support
Elastoplastic analysis of a deep beam
Static load
Materials
Problem Data
Results
Naval tools
Global and Local axes
Stiffened Shell properties
Displacement constraints
Wave Loads
Shell Loads
Problem Data
Automatic ship equilibration
Mesh generation
Calculate
PostProcess
Deformation of the structure
Visualization of strengths
Wave pressures visualization
Analysis of a composite reinforced shell
Loading the problem type rambshell
Global and local axes
Shell properties
Displacement constraints
Distributed loads
Beam properties
Problem data
Mesh generation
Calculate
PostProcess
Deformation of the structure
Contour fill of the displacements
Visualization of strengths
Reference Manual
Item help
Units
Constraints
Constraints and prescribed displacements
Elastic constraints
Connections
Rotules
Beam rotules
Disconnect Degrees
Disconnect Id
Disconnection examples: beams
Disconnection examples: shells
Masses
Point mass
Beam mass
Face shell mass
Surface shell mass
Load cases
Simple load cases
Combined load cases
Static loads
Point load
Self weight
Beam pressure loads
Shell surface loads
Shell face load
Solid Surface loads
Temperature load
Dynamic loads
Dynamic Point load
Beam pressure loads
Dynamic shell surface loads
Dynamic shell face load
General properties
Global and Local axes for beams
Global and Local axes for shells
Rectangular section
Beam Section
Shell properties
Anisotropic shell properties
Solid properties
Concrete properties
Rec beam section
Concrete shell
Steel properties
Steel section
Steel shell
Problem data
Units
Gravity
Results
Analysis
Linear Dynamic
Non-Linear Static
Automatic inc
Line-Search
Auto ARC-switch
Non-Linear Dynamics
Advanced
Liner solver
Eigen solver
Dynamic Output
Initial Conditions
Contact element
Results
General results
Results in beams
Results in shells
Results in solids
Appendix 1: Graphics of results depending on the number of nodes
Square plate with uniform load
Square plate with punctual load
Beam analyzed as solid 3D
Appendix 2: Theory of beam analysis
Basic assumptions
Appendix 3: Theory of shell analysis
Basic assumptions
Appendix 4: Theory of 3D solid analysis
Basic assumptions
Appendix 5: Theory of dynamic analysis
Modal Analysis
Direct integration
Spectrum analysis
Appendix 6: Theory of nonlinear analysis
Nonlinear equations systems
J2 plasticity
Contact-impact
Appendix 7: Wave theory
Potential flow for waves
Appendix 8: Composite materials Theory
Composite sheet concept
Elastic properties of the composite sheet
Laminate shell concept
Laminate shell Theory
TSAI-WU Failure Criteria
References