Domain, Boundary, Edge, Point, and Pair Nodes for the Shell and Plate Interfaces
The Shell and Plate Interfaces have the following domain, boundary, edge, point, and pair nodes available from the Physics ribbon toolbar (Windows users), Physics context menu (Mac or Linux users), or right-click to access the context menu (all users).
In general, to add a node, go to the Physics toolbar, no matter what operating system you are using. Subnodes are available by clicking the parent node and selecting it from the Attributes menu.
Features Available from Submenus
Many features for the Shell or Plate interface are added from submenus in the Physics toolbar groups or context menu (when you right-click the node). The submenu name is the same in both cases.
The submenus at the Boundary (Shell interface) or Domain (Plate interface) level are
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 Material Models
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 Face and Volume Loads
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 Mass, Spring, and Damper
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 Connections
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 Face Constraints
The submenus at the Edge (Shell interface) or Boundary (Plate interface) level are
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 Mass, Spring, and Damper
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 Connections (Shell interface only)
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 More Constraints
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 Pairs
There is also the Points submenu.
Links to Feature Node Information
These nodes are described in this section (listed in alphabetical order):
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Added Mass
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Adiabatic Heating, Layered
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Antisymmetry
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Attachment
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Body Load
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Boundary to Boundary
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Coupling Loss
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Damping
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Dielectric Loss
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Edge Load
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Edge to Boundary
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Boundary to Boundary
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External Stress
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Fiber
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Face Load
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Fixed Constraint
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Hygroscopic Swelling
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Inelastic Strain Rate
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Initial Values
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Initial Stress and Strain
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Linear Elastic Material, Layered
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Hyperelastic Material, Layered
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Linear Elastic Material
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Piezoelectric Material, Layered
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Mechanical Damping
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No Rotation
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Periodic Condition
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Phase
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Pinned
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Point Load
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Point Load, Free
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Point Mass
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Predeformation
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Prescribed Acceleration
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Prescribed Displacement/Rotation
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Prescribed Velocity
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Rigid Connector
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Ring Load
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Ring Load, Free
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Safety
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Section Stiffness
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Shell Local System
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Simply Supported
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Spring Foundation
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Symmetry
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Symmetry Plane
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Thermal Expansion (for Constraints)
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Thermal Expansion (for Materials)
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Thermal Expansion (Attachment)
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Thermal Expansion (Rigid Connector)
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Thermal Expansion (Fiber)
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Thickness and Offset
If there are subsequent constraints specified on the same geometrical entity, the last one takes precedence. The exception is that “Pinned” and “No Rotation” boundary conditions do not override each other.
These nodes are described in the documentation for the Solid Mechanics interface:
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Adhesion
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Applied Force (Rigid Connector)
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Applied Moment (Rigid Connector)
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Base Excitation
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Center of Rotation Nodes
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Component Definition
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Contact
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Creep
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Damage
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Fixed Joint
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Free
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Friction
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Gravity
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Inertia Relief
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Linearly Accelerated Frame1
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Mass and Moment of Inertia (Rigid Connector)
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Plasticity
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Point Load (on Axis)
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Reduced Flexible Components
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Rigid Material
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Rigid Motion Suppression
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Rotating Frame1
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Slip Velocity
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Spring-Damper
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Wear
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Viscoelasticity
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Viscoplasticity
1 This is selected from the Face and Volume Loads submenu for this interface.
Harmonic Perturbation, Prestressed Analysis, and Small-Signal Analysis in the COMSOL Multiphysics Reference Manual
In the COMSOL Multiphysics Reference Manual see Table 2-4 for links to common sections and Table 2-5 to common feature nodes. You can also search for information: press F1 to open the Help window or Ctrl+F1 to open the Documentation window.