HomeMaterials EngineeringComputational Materials
Batch 04 · Cross-Cutting Engineering Function

Computational Materials

DFT, CALPHAD, phase equilibria, molecular dynamics, multiscale modeling and materials informatics linked to experimental evidence rather than treated as independent truth.

Evidence controlledCross-projectEngineering focusedPhase 1
WEB-MAT Revision 1.0 · Phase 20 release candidate
Canonical Aurora Materials Engineering visual reference crop for Computational Materials
Live HTML · canonical visual family
DFT & First Principles engineering visual

1.DFT & First Principles

Electronic structure, bonding, intrinsic properties and candidate screening.

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CALPHAD & Thermodynamics engineering visual

2.CALPHAD & Thermodynamics

Phase stability, thermodynamic assessments and multicomponent design.

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Phase Diagrams & Equilibria engineering visual

3.Phase Diagrams & Equilibria

Binary, ternary and multicomponent phase relationships.

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Molecular Dynamics engineering visual

4.Molecular Dynamics

Atomistic dynamics, interfaces, transport and defect studies.

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Multiscale Modeling engineering visual

5.Multiscale Modeling

Connections among atomistic, microstructural and component scales.

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Materials AI / ML & Informatics engineering visual

6.Materials AI / ML & Informatics

Search, classification, surrogate modeling and evidence-aware informatics.

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Process Simulation engineering visual

7.Process Simulation

Thermal, phase, flow and manufacturing-process modeling.

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Digital Material Cards engineering visual

8.Digital Material Cards

Controlled digital records, provenance and future allowables architecture.

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Material / SubfamilyPrimary Engineering FunctionsEnvironment / InterfacesProcessing / Qualification FocusCross-Project Links
DFT / first principlesElectronic structure, bonding and intrinsic-property prediction.Model assumptions, exchange-correlation choice, convergence and idealized structures.Method, pseudopotential/basis, convergence, validation against experiment.Crystals · UHTC · Electronics
CALPHADThermodynamic consistency and multicomponent phase stability.Database coverage, assessment quality and extrapolation range.Database/version control, phase models and experimental cross-checks.Alloys · Ceramics · Processing
Phase-equilibria modelingPhase fields, transformations and composition windows.Temperature, pressure, composition and kinetic limitations.Source diagrams, calculations and experimental validation.Selection · Processing
Molecular dynamicsAtomistic dynamics, diffusion, defects and interfaces.Potential fidelity, timescale and boundary conditions.Potential/source provenance, cell size and validation.Interfaces · Nanotechnology
Materials informaticsSearch, classification, surrogate models and pattern discovery.Training-set provenance, bias, uncertainty and domain shift.Dataset lineage, validation, uncertainty and human review.Library · All projects
Digital material recordUnified material identity, evidence, availability and dependency state.Version control, conflicting sources and qualification status.Schema governance, citations, audit trail and release state.Materials Engineering backbone
Phase-1 qualitative architecture; property values remain source- and condition-controlled.

Material Discovery

Screening, bonding and stability hypotheses.

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Process Design

Phase, thermal and manufacturing parameter studies.

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Extreme Environments

Thermochemistry, degradation and multiphysics coupling.

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Electronics & Photonics

Electronic structure and optical response.

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Energy

Phase, transport and electrochemical candidate screening.

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Data Governance

Provenance, uncertainty and evidence promotion.

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Phase-1 evidence boundary. This page is an engineering taxonomy, selection and dependency reference. It does not publish design allowables. Any numerical property promoted later must bind composition or grade, units, temperature/environment, test basis, source, evidence level and commercial availability. Current source-library anchors: MAT-MASTER-TRACKER-001 — Materials Engineering Master Tracker & Cross-Project Engineering Architecture, Rev 0.2 (20 Aug 2026) | Ultra-High Temperature Ceramics: Materials for Extreme Environment Applications — Fahrenholtz, Wuchina, Lee & Zhou, eds. (Wiley / American Ceramic Society, 2014)
Phase 1controlled maturity
E0–E5evidence model
A0–A5availability model
Rev 1.0Batch 06 closure