PURR Registry

A data assimilation method for analysis of cavitation bubble dynamics

10.4231/0YAM-9T87

Arezoo Ardekani , Javad Eshraghi , Pavlos Vlachos

04/13/2021

Here, we present a novel state-observer data-assimilation technique designed to fuse time-resolved cavitation bubble diameter measurements with a governing model to yield enhanced Spatio-temporal prediction of the cavitation bubble dynamics.

Cavitation Data assimilation Experimental Tests Fluid Mechanics image processing Mechanical Engineering Physics PID controller

Dataset of Cost and Schedule Overruns in 19 DoD Acquisition Programs (2003-2017)

10.4231/CXVA-PY97

Ashish M. Chaudhari , Atharva Hans , Ilias Bilionis , Jitesh Panchal

03/10/2021

This database is part of the following paper (in review): Hans, A., Chaudhari, A. M., Bilionis, I., Panchal, J. H., (2021) "A Mixed-Method Analysis of Cost and Schedule Growth in Defense Acquisition Programs", ASME DAC, August 17-21st

cost overrun defense acquisitions Mechanical Engineering schedule growth

Jupyter notebook and SimVascular case files for "Flow rate--pressure drop relations for slender compliant tubes"

10.4231/35CV-PN42

Ivan C. Christov , Shrihari Dhananjay Pande , Xiaojia Wang

11/23/2022

Zip files with codes and data to make the plots in the manuscript "Flow rate--pressure drop relations for new configurations of slender compliant tubes arising in microfluidics experiments" by Wang, Pande & Christov (2022).

CFD elastic deformation fluid-structure interactions lubrication theory Mechanical Engineering microfluidics soft hydraulics viscous fluid flow

The role of absorbed energy on the oscillation mode of an air bubble in a cavitation-induced acoustic field

10.4231/MV0J-XM83

Javad Eshraghi , Pavlos Vlachos , Sayantan Bhattacharya

11/15/2022

When an acoustic pressure drives a gas bubble in a liquid, the bubble undergoes volume oscillation, i.e., the radial expansion and contraction of the bubble without varying its shape. However, if the amplitude of the driving waves exceeds a...

acoustic signals Cavitation Mechanical Engineering oscillation

ABAQUS Python Code for the Simulation of Topologically Interlocked Material Systems Based on Archimedean and Laves Tilings

10.4231/JBKY-JH21

Andrew Williams , Thomas H. Siegmund

02/01/2020

A set of six python scripts that parametrically generate ABAQUS models to simulate the response of TIM systems based on the Archimedean and Laves tilings subjected to body force and displacement loading. These were created for a Master's Thesis at...

Abaqus Finite Element Analysis Finite Element Model Mechanical Engineering Python Code Tesselation Topologically Interlocked Material

Eye-tracking Metrics Predicts Perceived Workload in Robotic Surgical Skills Training

10.4231/0EVK-9P12

Chandru Sundaram , Chuhao Wu , Denny Yu , Jackie Cha , Jay Sulek , Juan Wachs , Tian Zhou

10/04/2019

Eye-tracking data and NASA-TLX ratings during robotic surgical training.

Eye Eye tracking Mechanical Engineering Robotics Surgery Workload

MicroCT based FE model of bone core with tissue heterogeneity and anisotropy

10.4231/R7CC0XX4

Joseph Wallace , Matthew R Allen , Max A Hammond , Thomas Siegmund

06/26/2018

This publication contains a finite element model for the analysis of bone core under consideration of bone tissue heterogeneity and tissue anisotropy.

Biomedical Engineering Bone Finite Element Analysis Mechanical Engineering

MicroCT based FE model of single bone trabeculae with tissue heterogeneity and anisotropy

10.4231/R7H41PP9

Joseph Wallace , Matthew R Allen , Max Hammond , Thomas Siegmund

06/26/2018

This publication contains a finite element model for the analysis of single bone trabeculae under consideration of bone tissue heterogeneity and tissue anisotropy.

Biomedical Engineering Bone Finite Element Analysis Mechanical Engineering

Pore-scale statistics of flow and transport through porous media

10.4231/R7CR5RJT

Arezoo M. Ardekani , Pavlos P. Vlachos , Soroush Aramideh

03/30/2018

Simulation data for pore-scale statistics of flow and transport through porous media

DNS Fluid Mechanics Mechanical Engineering Pore-scale porous media Sandstone

Data for elasto-capillary fluid-structure interaction with compound droplets

10.4231/CY5F-MR37

Hector Gomez , Sthavishtha R. Bhopalam

10/25/2024

Computational modeling of elasto-capillarity in computational mechanics: a study of fluid-structure interaction phenomena driven by capillary forces at fluid-fluid interfaces.

CFD Chemical Engineering compound droplet computational mechanics Computational Modeling elastic deformation elastocapillarity fluid dynamics Fluid Mechanics fluid-structure interactions isogeometric analysis mathematical modeling Mechanical Engineering Microdroplets microfluidics multi-component flow multiphase flow phase field soft matter soft wetting surface tension

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Total is 32 Results