thermal HUB org Data Preservation Tim Fisher School
thermal. HUB. org: Data Preservation Tim Fisher School of Mechanical Engineering Purdue University http: //thermalhub. org
thermal. HUB’s Mission • To serve the heat transfer community by providing convenient global access to comprehensive, state-of-the-art information, computing, and communications resources that: (a) enhance the efficiency and accuracy of research studies on all types of thermal transport processes across all relevant length and time scales (b) enable continuous learning by sharing best practices and learning tools with the broad community, from students to experienced engineers and scientists. http: //thermalhub. org
Origins of thermal. HUB • Initial discussions among members of the proposing team at NSF Transport Workshop (May 2007, UConn) • Subsequent ‘rapid response’ proposal to NSF planning grant program for Engineering Virtual Organizations (EVOs) • NSF proposal team – Gang Chen (MIT), Chris Dames (UC-Riverside), Andrei Fedorov (Ga. Tech), Timothy Fisher (Purdue), Suresh Garimella (Purdue), Costas Grigoropoulos (UC-Berkeley), Scott Huxtable (Va. Tech), Deyu Li (Vanderbilt), Jennifer Lukes (UPenn), Arun Majumdar (UC-Berkeley), Michael Mc. Lennan (Purdue), Pinar Menguc (Kentucky), Jayathi Murthy (Purdue), Laurent Pilon (UCLA), Xiulin Ruan (Purdue), Li Shi (UT-Austin), Raymond Viskanta (Purdue), Greg Walker (Vanderbilt), Xianfan Xu (Purdue) http: //thermalhub. org
thermal. HUB Overview Computational Research Tools Community Wiki Resource Computational Learning Tools thermal An Engineering Virtual Organization Databases of Experiments & Properties Online Lectures & Tutorials International & Industrial Partnerships Additional possibilities: Digital data archives for papers, supplemental data, videos http: //thermalhub. org
NSF Planning Grant • 2 -year grant, started late Sept 2007 • Budget (≈$190 k total) – $75 k for cyberinfrastructure hardware and software engineering – $45 k to support participant costs at two planning workshops (Dec 2007 and Dec 2008) – ≈$12 k for each Co-PI (5 total) for • Annual travel to NSF grantees workshop • Prototype tool deployment – ≈$10 k for general administration http: //thermalhub. org
Goals of the Planning Grant • Hold global community planning events to: – establish a framework for community involvement, – consolidate a set of community-driven research and learning goals, – introduce the shared thermal. HUB concept. • Develop baseline cyberinfrastructure resources to serve the community • Demonstrate a prototype of thermal. HUB consisting of selected applications using the foregoing resources • Create a conceptual design for full implementation of thermal. HUB http: //thermalhub. org
Timeline Community Engagement IMECE Panel Session thermal. HUB Kickoff Planning Meeting NSF Grantees Meeting Summer Heat Transfer Conference Panel Session thermal. HUB Year 2 Planning Meeting IMECE Panel Session Summer Heat Transfer NSF Conference Grantees An overall Panel Meeting Session assessment based on usage statistics, community feedback, and benchmarking will form the basis of a comprehensive final report. Cyberinfrastructure Establishment of Baseline Cyberinfrastructure Training of thermal. HUB Administrator s and Developers Ongoing Support, Upgrades, and Additions Based on Community Needs Prototype thermal. HUB Implementation Establishment of Virtual Community Forum Q 4 2007 Deployment of First Prototype Research & Learning Tools, Community Wiki, Experimental Database Q 1 Q 2 Deployment of First Online Lectures and Tutorials 2008 Q 3 Tools Assessment Based on Community Feedback Q 4 http: //thermalhub. org Q 1 Deployment of Second Generation of thermal. HUB Tools Q 2 2009 Q 3
thermal. HUB’s Major Thrusts • Cyberinfrastructure: Michael Mc. Lennan (Purdue) • Computational Research Tools: Prof. Jennifer Lukes (UPenn) • Computational Learning Tools: Prof. Jayathi Murthy (Purdue) • Online Lectures and Tutorials: Prof. Costas Grigoropoulos (UC-Berkeley) • Community Wiki: Prof. D. Greg Walker (Vanderbilt) • Properties Database & Experimental Network: Prof. Li Shi (UT-Austin) • International Partnerships: Prof. Pinar Menguc (Kentucky) • Industrial Partnerships: Prof. Suresh Garimella (Purdue) http: //thermalhub. org
Properties Database • The Center for Information and Numerical Data Analysis and Synthesis (CINDAS) – Managed a comprehensive and systematic research program on the properties and behavior of materials, for 45 years at Purdue – Thermophysical Properties of Matter - The TPRC Data Series includes mostly bulk and some thin film thermal properties • Example: Online Thermal Property Database of Thin Films and Nanomaterials – Accept thermal property measurement results from the community – Online Database accuracy will be ensured as follows: • All data will be subject to open online reviews by both users and by experts chosen by the Database Editorial Board – before being officially accepted • All data needs to have the original measurements and the data processing procedure, which will be reviewed and posted with the properties http: //thermalhub. org
Phase Solid Material Type -Metal -Semiconductor -Ceramic -Polymer -Natural Product -Other/combination Morphology/Siz e/Shape Gas Liquid Lattice Structure -Bulk -Amorphous -Thin Film -Fiber/wire/tube -Porous medium Powder/particulate Composite/compac t -Semi-crystalline -Polycrystalline -Single-crystal Multiphase Mixture
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