Peter Vorobieff

Peter Vorobieff

University of New Mexico

H-index: 32

North America-United States

About Peter Vorobieff

Peter Vorobieff, With an exceptional h-index of 32 and a recent h-index of 18 (since 2020), a distinguished researcher at University of New Mexico, specializes in the field of multiphase fluid dynamics, nonlinear physics, renewable energy.

His recent articles reflect a diverse array of research interests and contributions to the field:

Development of a Novel Method to Characterize Shock Waves Interaction With Solid Objects

The Application of a Non-Intrusive Methodology to Estimate Particle Egress Rate and Advective Heat Losses of a Falling Particle Receiver during On-Sun Tests

QUANTITATIVE CHARACTERIZATION OF ADVECTIVE LOSSES IN A FALLING PARTICLE RECEIVER

Statistical characterization of a shock interacting with an inclined gas column

A non-intrusive particle temperature extraction methodology using infrared and visible-image sequences for high-temperature particle plumes

Shock interaction with an inclined cylindrical density interface: viscous modeling results

Development of dual-plane observation techniques of shock wave interaction with solid objects

Bulk Velocity and Mass Flowrate Estimation of Particle Plumes Through Particle Image Velocimetry Analysis of Thermogram Sequences

Peter Vorobieff Information

University

Position

___

Citations(all)

3626

Citations(since 2020)

1130

Cited By

2901

hIndex(all)

32

hIndex(since 2020)

18

i10Index(all)

60

i10Index(since 2020)

32

Email

University Profile Page

University of New Mexico

Google Scholar

View Google Scholar Profile

Peter Vorobieff Skills & Research Interests

multiphase fluid dynamics

nonlinear physics

renewable energy

Top articles of Peter Vorobieff

Title

Journal

Author(s)

Publication Date

Development of a Novel Method to Characterize Shock Waves Interaction With Solid Objects

Mohammad Rahman

Ahmed Mohamed

Alexander Sweis

Joshua Chavez

Peter Vorobieff

2024/4/29

The Application of a Non-Intrusive Methodology to Estimate Particle Egress Rate and Advective Heat Losses of a Falling Particle Receiver during On-Sun Tests

Journal of Solar Energy Engineering

Jesus Ortega

Clifford K Ho

Guillermo Anaya

Peter Vorobieff

Gowtham Mohan

2023/11/20

QUANTITATIVE CHARACTERIZATION OF ADVECTIVE LOSSES IN A FALLING PARTICLE RECEIVER

WIT Transactions on Ecology and the Environment

GUILLERMO ANAYA

CLIFFORD HO

JESUS ORTEGA

PETER VOROBIEFF

2023/12/4

Statistical characterization of a shock interacting with an inclined gas column

Journal of Fluid Mechanics

Brian Romero

Jon Reisner

Peter Vorobieff

Svetlana Poroseva

2023/9

A non-intrusive particle temperature extraction methodology using infrared and visible-image sequences for high-temperature particle plumes

Journal of Solar Energy Engineering

Jesus D Ortega

Clifford K Ho

Guillermo Anaya

Peter Vorobieff

Gowtham Mohan

2023/8/1

Shock interaction with an inclined cylindrical density interface: viscous modeling results

Bulletin of the American Physical Society

Peter Vorobieff

Brian Romero

Svetlana Poroseva

2023/11/21

Development of dual-plane observation techniques of shock wave interaction with solid objects

Bulletin of the American Physical Society

Mohammad Rahman

Carolina Shaheen

Ahmed Mohamed

Peter Vorobieff

2023/11/21

Bulk Velocity and Mass Flowrate Estimation of Particle Plumes Through Particle Image Velocimetry Analysis of Thermogram Sequences

Journal of Solar Energy Engineering

Jesus D Ortega

Guillermo Anaya

Clifford K Ho

Peter Vorobieff

Gowtham Mohan

2023/8/1

Blast wave interaction with window glass

Bulletin of the American Physical Society

Carolina Shaheen

Philippe Bakhirev

Mohammad Rahman

Peter Vorobieff

2023/11/21

Multi-source sustainable-renewable energy harvester

2023/7/11

A Non-Intrusive Particle Temperature Measurement Methodology Using Thermogram and Visible-Light Image Sets

Jesus D Ortega

Guillermo Anaya

Clifford K Ho

Peter Vorobieff

Gowtham Mohan

2022/7/11

Particle curtain temperature estimation through imaging techniques

Jesus D. Ortega

Guillermo Ho

Clifford K.

Anaya

Peter Vorobieff

...

2022/5

Beyond Richtmyer-Meshkov Instability

Peter Vorobieff

2022/3

Three-Dimensional Simulations of a Shock-Gas Column Interaction

Brian E Romero

Svetlana Poroseva

Peter Vorobieff

Jon Reisner

2022

Characterization of Particle and Heat Losses from a High-Temperature Particle Receiver

Clifford K Ho

Jesus D Ortega

Peter Vorobieff

Gowtham Mohan

Andrew Glen

...

2022/1/1

Study of Shockwave interaction with non-metallic solid bodies

APS Division of Fluid Dynamics Meeting Abstracts

Mohammmad Rahman

Daniel Freelong

Manuel Iglesias

Peter Vorobieff

Mohammad Sazedur Rahman Team

2021

A simple and fast MATLAB-based particle size distribution analysis tool

International Journal of Computational Methods and Experimental Measurements

Jesus D Ortega

Irma R Vazquez

Peter Vorobieff

Clifford K Ho

2021/11/16

Particle Plume Velocities Extracted From High-Speed Thermograms Through Particle Image Velocimetry

Jesus D Ortega

Guillermo Anaya

Peter Vorobieff

Clifford K Ho

Gowtham Mohan

2021/6/16

Thermal and electrical performance of an evacuated hybrid solar collector

APS Division of Fluid Dynamics Meeting Abstracts

Gowtham Mohan

Behnam Roshanzadeh

Peter Vorobieff

Levi Reyes Premer

Behnam Roshanzadeh Team

...

2021

Advances in Fluid Dynamics with Emphasis on Multiphase and Complex Flow

WIT transactions on engineering sciences;

Peter Vorobieff

2021

See List of Professors in Peter Vorobieff University(University of New Mexico)

Co-Authors

H-index: 111
C Jeffrey Brinker

C Jeffrey Brinker

University of New Mexico

H-index: 59
Donald Rockwell

Donald Rockwell

Lehigh University

H-index: 29
Bjorn Birnir

Bjorn Birnir

University of California, Santa Barbara

H-index: 20
C. Randall Truman

C. Randall Truman

University of New Mexico

H-index: 19
Vakhtang Putkaradze

Vakhtang Putkaradze

University of Alberta

H-index: 10
Daniel Georgiev

Daniel Georgiev

Západoceská Univerzita v Plzni

academic-engine