Revolutionizing Knowledge Management with Project I.R.I.S., Intelligent Retrieval and Information System
Invited presentation to CLSAC conference, November 2024
Garasi, Christopher J.↗
Engineering topics
Garasi, Christopher J.
Publications and source records attributed to Garasi, Christopher J..
Can Smaller Expert Modules Enhance RAG Performance?
Invited Poster presentation for CLSAC conference November 2024
Garasi, Christopher J.↗
Leveraging a Machine Learning Approach to Solve an Inverse Problem Performance Query.
Abstract not provided.
Garasi, Christopher J.↗
Physics Geometric Material Model and Experimental Considerations for Exploding Wire Simulation Validation.
Abstract not provided.
Garasi, Christopher J.↗
Validation and Calibration of Metal Strength Models Using Richtmyer-Meshkov Instability Measurements & Simulations.
Abstract not provided.
Garasi, Christopher J.↗
Quantitative Details of Exploding Wires with Application to Single Pore Collapse Validation.
Abstract not provided.
Olles, Joseph D.↗
Quantitative Details of Exploding Wires with Application to Single Pore Collapse Validation.
Abstract not provided.
Olles, Joseph D.↗
Using Validation-Quality Data of Exploding Wires to Establish Experimental Street-Credibility and Reduce Material Model Error.
Abstract not provided.
Garasi, Christopher J.↗
Examination of rapid phase change in copper wires to improve material models and understanding of burst.
Abstract not provided.
Olles, Joseph D.↗
Power and energy of exploding wires
Exploding wires are used in many high-energy applications, such as initiating explosives. Previous work analyzing gold wire burst in detonator applications has shown burst current and action metrics to be inconsistent with burst phenomenon across multiple firing-sets. Energy density better captures the correlation between different wire geometries, different electrical inputs, and explosive initiation. This idea has been expanded upon, to analyze the burst properties in power-energy space. Further inconsistencies in the understanding of wire burst and its relation to peak voltage have been found. An argument will be made for redefining the definition of burst. The result is a more broad understanding of rapid metal phase transition and the initiation of explosives in EBW applications.
42 ENGINEERING↗
The MEDEA Experiment on Information Visualization Theory and Applications.
Abstract not provided.
Garasi, Christopher J.↗