Start with the newest Boomerang flight-path replay, then browse flame, launch, robotics, FEA, thermal, electronics, and meshing work by engineering domain.
A 3D flight-path replay makes the boomerang trajectory legible first, then links it to return-window diagnostics and the evidence packet.
evidence: V4 return-window evidence packet
validation: Configured v4 return-window solver gate, with measured-flight and aerodynamic correlation as the next validation path.
FEA, modal, FRF, and topology clips tied to benchmark rows.
Plume, vortex, pressure-drop, and aerodynamic target visuals.
Heat-sink, electronics airflow, and chip-package preview evidence.
Contact, bracket, modal, and decision-packet examples.
A shorter route through the flagship reel and benchmark wall.
The video is paired with the configured v4 return-window gate and the next flight-validation steps.
3D trajectory replay / scenario-local return-window gate
A 3D flight-path replay makes the boomerang trajectory legible first, then links it to return-window diagnostics and the evidence packet.
evidence: V4 return-window evidence packet
validation: Configured v4 return-window solver gate, with measured-flight and aerodynamic correlation as the next validation path.
6DOF trajectory replay / scenario-local return-window gate
The blade-element v4 solver trace enters the configured 0.50 m return window while airborne before first ground contact.
evidence: V4 return-window evidence packet
validation: Configured v4 return-window solver gate, with measured-flight and aerodynamic correlation as the next validation path.
Native checkpoint montage / flight-dynamics path
Five native checkpoint frames assembled into a presenter asset for the Boomerang path, tied to checkpoint proof and component goldens.
evidence: Boomerang checkpoint montage receipt
validation: Validation track: checkpoint proof and component goldens; next step is a review-grade trajectory packet.
Current public evidence is visual motion plus selected CFD target setup.
External aerodynamics benchmark target / CFD readiness
SAE 840300 / Lienhart 2003 Ahmed 25 degree target values rendered as a static presenter asset, giving the CFD lane a clear Cd/Cl target.
evidence: Ahmed-body benchmark-target receipt
validation: Validation track: benchmark target setup with solver Cd/Cl, turbulence closure, and grid sensitivity as the next evidence step.
Internal-flow CFD / MAC-PISO pressure-drop evidence
Y-junction manifold pressure-drop presenter video with MAC mass-conservation receipt, pressure and velocity fields, and explicit divergence/turbulence-closure validation focus language.
evidence: Manifold pressure-drop receipt
validation: Validation track: mass-conservation receipt plus analytic-envelope field visualization, with div_L2 closure next.
Compressible plume CFD (startup transient)
Plume startup transient captured from the AnvilNative live app.
evidence: Plume startup visual receipt
Incompressible CFD (vortex street, Strouhal-validated)
Cylinder-in-flow Kármán vortex sequence with real LBM output and Strouhal calibration moving through refinement.
evidence: Karman vortex Strouhal receipt
Current public evidence is roadmap composition and subclaim planning.
This domain is on the roadmap while verifier and benchmark receipts mature.
Current public evidence is design-stage review with source-face, reference, and reviewer checks expanding next.
Structural FEA + modal benchmark portfolio
Four-clip reel covering LE5 Tet10 field export, robot-cell bracket FEA, cantilever modal response, and a D-24 drone-arm modal overlay.
evidence: Captioned evidence-reel receipt
AnvilNative free-vibration modal receipt overlay
Native-app D24 modal overlay with capture metadata, .anvilprov source, visible Blevins rows, and a max Blevins relative error of 1.9%.
evidence: Native modal overlay receipt
validation: Current free-vibration modal evidence with focused modal coverage; decision readiness still depends on reviewer package expansion and procurement-review workflow evidence.
Contact mechanics / Hertz + penalty NTS
Robotics gripper contact-stress clip showing Hertz analytical baseline, penalty NTS active-set evolution, and an FE contact-coupling receipt overlay with the 9x9 contact-face force sample grid.
evidence: Gripper contact-stress receipt
validation: Validation track: analytical baseline, penalty NTS primitives, and planar rigid-master FE contact coupling v1 with Hertz C-1 comparison next.
Transient impulse (drop test, single body)
Drop-test bracket capture with free-fall impulse and structural ringdown; FE Tet10 substitution is the next evidence step.
evidence: Drop-test bracket capability receipt
Current public evidence is benchmark-routed decision support across focused structural and thermal workflows.
Static FEA + modal animation + native capture + FRF/NVH
Long-form walkthrough of FEA, FRF, robot-cell bracket review, native modal capture, and forced-response evidence.
evidence: Investor simulation evidence-reel receipt
Static FEA + modal FEA + forced-response FRF
A 44-second reel with NAFEMS LE5 stress, robot-cell bracket stress, cantilever modal response, native D24 modal capture, and FRF harmonic response.
evidence: FEA and FRF proof-manifest receipt
Forced-response FEA / NVH sweep
Packet-backed FRF proof: forced-response beam animation, Bode magnitude, phase lag, 8,150 Hz Anvil peak vs 8,155 Hz analytic reference, and 10 verified .anvilprov artifact hashes.
evidence: FRF cantilever harmonic-response receipt
Thermal-airflow / natural convection decision demo
Customer-facing electronics enclosure cooling clip with chimney-effect airflow, PCB temperature, heat-balance closure, and passive-cooling verdict tied to the thermal-airflow receipt.
evidence: Electronics thermal-airflow receipt
validation: Validation track: solver-derived lumped thermal/chimney quantities with reconstructed 2D field and electronics tolerance expansion next.
Thermal SIMP topology optimization
Thermal-SIMP density evolution from the live Rust snapshot API, with Bendsoe-Sigmund benchmark band, compliance trace, and optimized heat-channel layout.
evidence: Thermal-SIMP topology receipt
validation: Thermal-SIMP benchmark gate and snapshot provenance, with conjugate heat-transfer expansion next.
Transient thermal (Tet10 conductivity)
Transient heat capture with an anvil-thermal solve, Carslaw-Jaeger analytic gate, and boundary-condition refinement next.
evidence: Transient heat-conduction receipt