F U S I O N N E T W O R K: OnLine Fusion Materials and Design Database

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F U S I O N N E T W O R K On-Line Fusion
Materials and Design Database
H. Kim1, S. Sharafat1, N. Ghoniem1, R. Odette2,
and S. Zinkle3
INTRODUCTION
Fusion Network Demo

• On-line accessibility to the growing fusion
  materials knowledge base is becoming essential
  for effective information exchange.
• Site growth and maintenance can outstrip the
  capacity of any person,
• Cost associated with site growth and maintenance
  can become prohibitively large.
• Create a DATABASE-backed WEB SITE by combining
  advanced Internet programming with Relational
  Database Management Software (RDBMS)
• Automated
• Dynamic (no static pages)
• Scalable Graphs
• Cross Reference
• Content Managed by Users Directly
• Facilitate seamless interfaces between the
  distinct knowledge bases
• Material Properties
• Modeling
• Design/Analysis
• Fusion Network is an on-line Fusion
  Material/Modeling/Analysis database, with which
  users can automatically create, publish, and
  manage fusion materials property data
• Constitutive equations and design performance
  modeling will follow at a later time.
• Sub-core features are demonstrated using an
  example that shows graphical representation of
  user uploaded data and is almost ready to be
  expanded and maintained by end users of the
  fusion community.

3. Choose Property
5. Or boolean search for data
4. Choose from a number of entries
1. Choose PropertyDatabase
Material Type and Property are displayed
2. Choose Material
Fusion Network Graphs
Retrieve PDF Source File
View Data Feature
Ultimate Objective
v
v
Source Info. boxesLinks open draggable
mini-windows containing graph-specific
information
Tabulated Raw Data for every graph. You can also
export to an Excel sheet for convenience.
Scaleable-Vector Graphics (SVG) Graphs are
rendered in SVG, allows for zooming in and
resizing of window without loss of quality.
Approximate curve-fit equation(s) for relevant
graph

• Fusion Network an RDBMS-backed web site has been
  created for on-line management of fusion
  materials property, modeling, and design
  databases
• Fusion Network Core Features Automated
  Internet-based Data Entry Generation of Dynamic
  Data-Plots Tabular Data Presentation Scaleable
  (unlimited uploadability) Scaleable Graphs
  (resizeable, no loss of quality) Cross-Referenci
  ng (under development) Boolean Search
  function Curve Fitted Equations for each graph
• Fusion Network an on-line Fusion
  Material/Modeling/Analysis database, with which
  users can automatically create, publish, and
  manage fusion materials property data.
• Fusion Networks ongoing efforts include
  developing the modeling database, which will
  consist of (1) Representative models (simple
  fits), (2) Physically-based Polynomial fits, (3)
  Constitutive Equations.
• Tungsten Materials Database is also currently in
  development.

SUMMARY
Mouse Rollover shows Data Point values
Add Data Feature
Submit your own data over the internet.
1University of California Los Angeles, USA
2University of California, Santa Barbara, USA
3Oak Ridge National Laboratory, USA