Reconstruct structural vibration fields from sparse measurements using synthetic dynamics data and documented state-space baselines.
Haoming Luo
HaomingLuo
·
AI & ML interests
Building AgentFEM: open-source finite-element workflows for engineers and AI agents. Physics AI, neural constitutive models, neural operators, and reusable simulation datasets. Explore the interactive lab, then build with the code, data, and models.
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AgentFEM: Simulation to Physical AI updated a dataset 3 days ago
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Three different learning tasks: steady temperature fields, transient thermal control and thermally induced bending.
Build a pipe layout, compare damping, then reuse the component data and reduced-order solver.
Open path-dependent material data, incomplete-physics neural constitutive models, and verified AgentFEM deployment evidence.
Try a bracket design demo, inspect surrogate baselines, then explore stress concentration and an analytical cylinder reference.
Draw a target shape, explore rod actuation, and study branch-aware prediction with public data and solvers.
Start with interactive demos. Build with open simulation datasets, neural constitutive models, and finite-element learning examples.
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AgentFEM × DENIM · Material Memory Lab
🧠1Material memory meets physics-structured neural models
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AgentFEM × GINO · Structural Design Lab
🔬1Same load. Less material. Explore weight and stiffness.
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HaomingLuo/AgentFEM-Material-Loading-Memory
Updated • 1.33k • 1 -
HaomingLuo/AgentFEM-DENIM
Updated • 33 • 2
Reconstruct structural vibration fields from sparse measurements using synthetic dynamics data and documented state-space baselines.
Try a bracket design demo, inspect surrogate baselines, then explore stress concentration and an analytical cylinder reference.
Three different learning tasks: steady temperature fields, transient thermal control and thermally induced bending.
Draw a target shape, explore rod actuation, and study branch-aware prediction with public data and solvers.
Build a pipe layout, compare damping, then reuse the component data and reduced-order solver.
Start with interactive demos. Build with open simulation datasets, neural constitutive models, and finite-element learning examples.
-
AgentFEM × DENIM · Material Memory Lab
🧠1Material memory meets physics-structured neural models
-
AgentFEM × GINO · Structural Design Lab
🔬1Same load. Less material. Explore weight and stiffness.
-
HaomingLuo/AgentFEM-Material-Loading-Memory
Updated • 1.33k • 1 -
HaomingLuo/AgentFEM-DENIM
Updated • 33 • 2
Open path-dependent material data, incomplete-physics neural constitutive models, and verified AgentFEM deployment evidence.