ANSYS Multiphysics solutions
help cross-functional engineering
organizations predict the perfor-
mance of complex products in-
fluenced by multiple physics and
improve their designs through
simulations of the interactions
between physics.
High Frequency Electromagnetics
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Raytheon engineers used ANSYS HFSS
to compute the full electromagnetic
field structure of a microwave antenna,
and then coupled the HFSS model to
ANSYS Mechanical to perform a transient
thermal simulation.
• Frequency and Time Domain
Analysis
• Eigenmode
• 2.5D and 3D Method of Moments
• Hybrid Finite Element/Method
of Moments
• Direct and Iterative Matrix Solvers
• Physical Optics
Geometry Entry
• 3-D Modeler
• 3-D Electrical Layout
• 3-D CAD import
Excitations and Boundary Conditions
• Modal Wave Port Excitation
• Lumped, Voltage and Current
Excitations
• Floquet Excitations
• Incident Wave Excitation
• Magnetic Ferrite Bias Excitation
• Terminal Solutions
• Perfect Electric and Magnetic
Boundary
• Finite Conductivity Boundaries
• Lumped RLC Boundary
• Symmetry Boundary
• Periodic Boundary
Meshing & Element Technology
• Automatic, Adaptive Mesh
Refinement
• Higher and Mixed order Elements
• Curvilinear Elements
Advanced Material Modeling
• Frequency Dependent Materials
• Anisotropic material tensors
• Saturated ferrite material
Advanced Material Modeling
• HPC Frequency Sweeps • Multithreading Spectral
Decomposition Method
MKT0000126
