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Quanscient Allsolve
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Guides
Introduction
Documentation structure
Creating simulations
Geometries
Meshing
Regions
Scripting
Shared expressions
Simulations
Introduction to simulations
Inputs
Outputs
Results
Logs
Chaining
Step-by-step tutorials
Bending of a cantilever beam
SC 001 - AC losses in HTS tape demo
Pull-in analysis of a MEMS device
Steady state heat transfer in solid materials - NAFEMS Benchmark
Permanent Magnets
Motor 001 - Permanent magnet synchronous electric motor
SC 004 - Superconductor AC Loss
Physics
𝑯-𝜑 formulation
Example cases
Introduction
Acoustics
Acoustics 001 - Loudspeaker in a cabinet
SAW 001 - Unit cell
CHT
CHT 000 - Governing equations
CHT 001 - Manifold microchannel heat sink
CHT 002 - 2D Taylor-Couette flow
Harmonic balance
HB 001 - AC Joule heating
HB 002 - Backbone curve of a clamped-clamped beam
HB 003 - MEMS Microspeaker
MEMS
MEMS 000 - Importing .gds files & Mesh extrusion
MEMS 001 - Combdrive EigenModes
MEMS 002 - PMUT
MEMS 003 - CMUT ultrasound send / receive
MEMS 004 - Combdrive Static Deflection
MEMS 005 - Viscoelasticity benchmark
MEMS 006 - Piezocomposite transducer
Packaging
Packaging 001 - FCBGA free warpage
Radio frequency
RF 000 - Equations for electromagnetic waves
RF 001 - Eigenmode ports and S-parameters
RF 002 - Lumped ports and RLC components
RF 003 - Patch antenna
Superconductors
SC 002 - Quench - Hello World Demo
SC 003 - YBCO Tape AC Loss
Reference
Script API
Expressions
Change log
FAQ
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Chaining
Simulation
chaining
can be done by using
final field state outputs
and
field initialization inputs
.
