CPillar

CPillar

Rocscience
NeuralWing

NeuralWing

Emmi AI
+
+

Related Products

  • DbVisualizer
    593 Ratings
    Visit Website
  • Pipefy
    594 Ratings
    Visit Website
  • Sogolytics
    869 Ratings
    Visit Website
  • TrustInSoft Analyzer
    6 Ratings
    Visit Website
  • NaviPlan
    Visit Website
  • LTX
    182 Ratings
    Visit Website
  • Orca Security
    635 Ratings
    Visit Website
  • Azore CFD
    26 Ratings
    Visit Website
  • Planview Software Product Delivery
    2 Ratings
    Visit Website
  • AthenaHQ
    50 Ratings
    Visit Website

About

Get quick and easy stability analysis of surface or underground crown pillars and laminated roof beds using three different limit equilibrium analysis methods: rigid plate, elastic plate, and Voussoir (no tension) plate analysis. Perform probabilistic analysis to determine the probability of failure. Model variability in geometry, point of force application, joint and bedding strength, water pressure, external loads and more by assigning statistical distributions to variables. Perform sensitivity analysis using a range of values to evaluate the effects of changing model parameters on factor of safety. Originally developed for steeply dipping ore body geometries, by estimating crown geometry and assessing the stope geometry as steep or shallow, you can apply the most appropriate empirical relationships to your model.

About

NeuralWing is a real-time neural simulation and design optimization model for transonic aircraft aerodynamics. It is built around the largest 3D transonic wing dataset, created from 30,000 steady-state CFD simulations of a 3D wing in the transonic regime, with variations across four geometry parameters and two inflow conditions. Using Emmi’s AB-UPT surrogate model trained on this data, NeuralWing enables users to modify wing geometry, test optimizations, and maximize aerodynamic efficiency in seconds. The model supports transonic 3D wing simulation, geometry and inflow variations, real-time inference, and design-parameter optimization. Its inputs include a geometry mesh in STL format, speed, and angle of attack, while its outputs include pressure, friction, velocity fields, and integral forces such as lift and drag. Geometry meshes are created in real time from four design parameters in a differentiable manner, allowing fast exploration of design changes.

Platforms Supported

Windows Supported
Mac Not Supported
Linux Not Supported
Cloud Not Supported
On-Premises Not Supported
iPhone Not Supported
iPad Not Supported
Android Not Supported
Chromebook Not Supported

Platforms Supported

Windows Supported
Mac Supported
Linux Supported
Cloud Not Supported
On-Premises Not Supported
iPhone Not Supported
iPad Not Supported
Android Not Supported
Chromebook Not Supported

Audience

Organizations looking for a Geology and Seismic solution to get quick and easy stability analysis of surface or underground crown pillars

Audience

Aerospace engineers and CFD researchers who need real-time neural simulation to test, optimize, and validate transonic aircraft wing designs faster

Support

Phone Support Not Supported
24/7 Live Support Not Supported
Online Supported

Support

Phone Support Not Supported
24/7 Live Support Not Supported
Online Supported

API

Offers API Not Supported

API

Offers API Not Supported

Screenshots and Videos

Screenshots and Videos

Pricing

$495 per year
Free Version Not Supported
Free Trial Supported

Pricing

Free
Free Version Supported
Free Trial Not Supported

Reviews/Ratings

Overall 0.0 / 5
ease 0.0 / 5
features 0.0 / 5
design 0.0 / 5
support 0.0 / 5

This software hasn't been reviewed yet. Be the first to provide a review:

Review this Software

Reviews/Ratings

Overall 0.0 / 5
ease 0.0 / 5
features 0.0 / 5
design 0.0 / 5
support 0.0 / 5

This software hasn't been reviewed yet. Be the first to provide a review:

Review this Software

Training

Documentation Not Supported
Webinars Supported
Live Online Not Supported
In Person Not Supported

Training

Documentation Supported
Webinars Not Supported
Live Online Not Supported
In Person Not Supported

Company Information

Rocscience
Founded: 1996
Canada
www.rocscience.com/software/cpillar

Company Information

Emmi AI
Austria
www.emmi.ai/models/neuralwing

Alternatives

Alternatives

NeuralMould

NeuralMould

Emmi AI
PLAXIS LE

PLAXIS LE

Bentley Systems
CAESES

CAESES

FRIENDSHIP SYSTEMS AG
Stallion 3D

Stallion 3D

Hanley Innovations
GeoProbe

GeoProbe

E&P Software
PowerFLOW

PowerFLOW

Dassault Systèmes
MixIT

MixIT

Tridiagonal Solutions
CAESES

CAESES

FRIENDSHIP SYSTEMS AG

Categories

Categories

AI Models Supported
Engineering Supported

Integrations

No info available.

Integrations

No info available.
Claim CPillar and update features and information
Claim CPillar and update features and information
Claim NeuralWing and update features and information
Claim NeuralWing and update features and information