Join PNNL
Published:
Zirui Mao will leave from TAMU in the end of 2021. Next, he will join Pacific Northwest National Library and start new research with Dr. Shenyang Hu being the direct mentor.
Posts by Tags
category1
A talk is invited at University of Cincinnati
Published:
A talk named as ‘Solutions to solving and controlling Phase-Field models: from numerical methods to machine learning algorithms’ is distributed on the seminar of Department of Aerospace Engineering and Engineerng Mechanics at University of Cincinnati.
A new journal paper is accepted
Published:
Our paper entitled ‘Mobility inference of the Cahn–Hilliard equation from a model experiment’ was accepted by JMR.
A talk is invited at Texas A&M University
Published:
A talk named as ‘Control algorithms for microstructure evolution’ is distributed on the postdoc research seminar of Department of Materials Science and Engineering at Texas A&M University.
Our work was presented on the TMS2021 conference
Published:
A talk named as ‘Mobility inference of the Cahn-Hilliard equation from a model experiment’ was presented by Zirui Mao on the TMS 2021 online.
A new book chapter is published
Published:
Our book chapter entitled ‘Chapter 12 - SPH modeling for soil mechanics with application to landslides’ was published online.
A talk was given on the NME 2020
Published:
A talk named as ‘Lagrangian Gradient Smoothing Method (L-GSM): A novel meshfree method for large deformation problems simulation’ is given by Zirui Mao on the 3th International Conference on Numerical Modeling in Engineering (NME 2020). Please find the ‘online record’ of presentation.
A slides show on SC20 Virtual Exhibit Event
Published:
A slide show named as ‘‘High Performance Computation-based Phase Field Simulation of Metal Layer Retraction’ is given by Zirui Mao on the International Conference for High Performance Computing, Networking, Storage and Analysis (SC20), November 17-19, 2020.
A 3-min flash talk was given on the Postdoc Research Symposium held at TAMU
Published:
A flash talk named as ‘Optimal Control of Microstructure Evolution’ (#13) is given by Zirui Mao on the ‘2020 Postdoc Research Symposium’ held at Texas A&M University.
A new paper is accepted by ASA
Published:
Our paper entitled ‘Perfectly matched layer absorbing boundary conditions for Euler equations with oblique mean flows modeled with smoothed particle hydrodynamics’ was accepted by The Journal of the Acoustical Society of America.
A new paper is accepted by IJNME
Published:
Our paper entitled ‘A 3D Lagrangian gradient smoothing method framework with an adaptable gradient smoothing domain‐constructing algorithm for simulating large deformation free surface flows’ was accepted by International Journal for Numerical Method in Engineering.
A new paper is accepted by EG
Published:
Our paper entitled ‘A conservative and consistent Lagrangian gradient smoothing method for earthquake-induced landslide simulation’ was accepted by Engineering Geology.
A new paper is accepted by EABE
Published:
Our paper entitled ‘A local Lagrangian gradient smoothing method for fluids and fluid-like solids: A novel particle-like method’ was accepted by Engineering Analysis with Boundary Elements.
A new paper is accepted by CPM
Published:
Our paper entitled ‘A conservative and consistent Lagrangian gradient smoothing method for simulating free surface flows in hydrodynamics’ was accepted by Computationa Particle Mechanics.
Start postdoc works
Published:
Zirui Mao joined Demkowicz’s group as a postdoc researcher at Texas A&M University.
PhD graduation
Published:
Zirui Mao achieved PhD degree in Aerospace Engineering from University of Cincinnati under supervision of Professor G.R. Liu.
Win R.T. Davis Award
Published:
Zirui Mao won R.T Davis Award from University of Cincinnati.
PhD defense
Published:
Zirui Mao successfully passed his PhD defense. Committee Members: Prof. G.R. Liu, Prof. Shaaban A Abdallah, Prof. Mark G. Turner.
category2
Join PNNL
Published:
Zirui Mao will leave from TAMU in the end of 2021. Next, he will join Pacific Northwest National Library and start new research with Dr. Shenyang Hu being the direct mentor.
A talk is invited at University of Cincinnati
Published:
A talk named as ‘Solutions to solving and controlling Phase-Field models: from numerical methods to machine learning algorithms’ is distributed on the seminar of Department of Aerospace Engineering and Engineerng Mechanics at University of Cincinnati.
A new journal paper is accepted
Published:
Our paper entitled ‘Mobility inference of the Cahn–Hilliard equation from a model experiment’ was accepted by JMR.
A talk is invited at Texas A&M University
Published:
A talk named as ‘Control algorithms for microstructure evolution’ is distributed on the postdoc research seminar of Department of Materials Science and Engineering at Texas A&M University.
Our work was presented on the TMS2021 conference
Published:
A talk named as ‘Mobility inference of the Cahn-Hilliard equation from a model experiment’ was presented by Zirui Mao on the TMS 2021 online.
A new book chapter is published
Published:
Our book chapter entitled ‘Chapter 12 - SPH modeling for soil mechanics with application to landslides’ was published online.
A talk was given on the NME 2020
Published:
A talk named as ‘Lagrangian Gradient Smoothing Method (L-GSM): A novel meshfree method for large deformation problems simulation’ is given by Zirui Mao on the 3th International Conference on Numerical Modeling in Engineering (NME 2020). Please find the ‘online record’ of presentation.
A slides show on SC20 Virtual Exhibit Event
Published:
A slide show named as ‘‘High Performance Computation-based Phase Field Simulation of Metal Layer Retraction’ is given by Zirui Mao on the International Conference for High Performance Computing, Networking, Storage and Analysis (SC20), November 17-19, 2020.
A 3-min flash talk was given on the Postdoc Research Symposium held at TAMU
Published:
A flash talk named as ‘Optimal Control of Microstructure Evolution’ (#13) is given by Zirui Mao on the ‘2020 Postdoc Research Symposium’ held at Texas A&M University.
A new paper is accepted by ASA
Published:
Our paper entitled ‘Perfectly matched layer absorbing boundary conditions for Euler equations with oblique mean flows modeled with smoothed particle hydrodynamics’ was accepted by The Journal of the Acoustical Society of America.
A new paper is accepted by IJNME
Published:
Our paper entitled ‘A 3D Lagrangian gradient smoothing method framework with an adaptable gradient smoothing domain‐constructing algorithm for simulating large deformation free surface flows’ was accepted by International Journal for Numerical Method in Engineering.
A new paper is accepted by EG
Published:
Our paper entitled ‘A conservative and consistent Lagrangian gradient smoothing method for earthquake-induced landslide simulation’ was accepted by Engineering Geology.
A new paper is accepted by EABE
Published:
Our paper entitled ‘A local Lagrangian gradient smoothing method for fluids and fluid-like solids: A novel particle-like method’ was accepted by Engineering Analysis with Boundary Elements.
A new paper is accepted by CPM
Published:
Our paper entitled ‘A conservative and consistent Lagrangian gradient smoothing method for simulating free surface flows in hydrodynamics’ was accepted by Computationa Particle Mechanics.
Start postdoc works
Published:
Zirui Mao joined Demkowicz’s group as a postdoc researcher at Texas A&M University.
PhD graduation
Published:
Zirui Mao achieved PhD degree in Aerospace Engineering from University of Cincinnati under supervision of Professor G.R. Liu.
Win R.T. Davis Award
Published:
Zirui Mao won R.T Davis Award from University of Cincinnati.
PhD defense
Published:
Zirui Mao successfully passed his PhD defense. Committee Members: Prof. G.R. Liu, Prof. Shaaban A Abdallah, Prof. Mark G. Turner.
cool posts
Join PNNL
Published:
Zirui Mao will leave from TAMU in the end of 2021. Next, he will join Pacific Northwest National Library and start new research with Dr. Shenyang Hu being the direct mentor.
A talk is invited at University of Cincinnati
Published:
A talk named as ‘Solutions to solving and controlling Phase-Field models: from numerical methods to machine learning algorithms’ is distributed on the seminar of Department of Aerospace Engineering and Engineerng Mechanics at University of Cincinnati.
A new journal paper is accepted
Published:
Our paper entitled ‘Mobility inference of the Cahn–Hilliard equation from a model experiment’ was accepted by JMR.
A talk is invited at Texas A&M University
Published:
A talk named as ‘Control algorithms for microstructure evolution’ is distributed on the postdoc research seminar of Department of Materials Science and Engineering at Texas A&M University.
Our work was presented on the TMS2021 conference
Published:
A talk named as ‘Mobility inference of the Cahn-Hilliard equation from a model experiment’ was presented by Zirui Mao on the TMS 2021 online.
A new book chapter is published
Published:
Our book chapter entitled ‘Chapter 12 - SPH modeling for soil mechanics with application to landslides’ was published online.
A talk was given on the NME 2020
Published:
A talk named as ‘Lagrangian Gradient Smoothing Method (L-GSM): A novel meshfree method for large deformation problems simulation’ is given by Zirui Mao on the 3th International Conference on Numerical Modeling in Engineering (NME 2020). Please find the ‘online record’ of presentation.
A slides show on SC20 Virtual Exhibit Event
Published:
A slide show named as ‘‘High Performance Computation-based Phase Field Simulation of Metal Layer Retraction’ is given by Zirui Mao on the International Conference for High Performance Computing, Networking, Storage and Analysis (SC20), November 17-19, 2020.
A 3-min flash talk was given on the Postdoc Research Symposium held at TAMU
Published:
A flash talk named as ‘Optimal Control of Microstructure Evolution’ (#13) is given by Zirui Mao on the ‘2020 Postdoc Research Symposium’ held at Texas A&M University.
A new paper is accepted by ASA
Published:
Our paper entitled ‘Perfectly matched layer absorbing boundary conditions for Euler equations with oblique mean flows modeled with smoothed particle hydrodynamics’ was accepted by The Journal of the Acoustical Society of America.
A new paper is accepted by IJNME
Published:
Our paper entitled ‘A 3D Lagrangian gradient smoothing method framework with an adaptable gradient smoothing domain‐constructing algorithm for simulating large deformation free surface flows’ was accepted by International Journal for Numerical Method in Engineering.
A new paper is accepted by EG
Published:
Our paper entitled ‘A conservative and consistent Lagrangian gradient smoothing method for earthquake-induced landslide simulation’ was accepted by Engineering Geology.
A new paper is accepted by EABE
Published:
Our paper entitled ‘A local Lagrangian gradient smoothing method for fluids and fluid-like solids: A novel particle-like method’ was accepted by Engineering Analysis with Boundary Elements.
A new paper is accepted by CPM
Published:
Our paper entitled ‘A conservative and consistent Lagrangian gradient smoothing method for simulating free surface flows in hydrodynamics’ was accepted by Computationa Particle Mechanics.
Start postdoc works
Published:
Zirui Mao joined Demkowicz’s group as a postdoc researcher at Texas A&M University.
PhD graduation
Published:
Zirui Mao achieved PhD degree in Aerospace Engineering from University of Cincinnati under supervision of Professor G.R. Liu.
Win R.T. Davis Award
Published:
Zirui Mao won R.T Davis Award from University of Cincinnati.
PhD defense
Published:
Zirui Mao successfully passed his PhD defense. Committee Members: Prof. G.R. Liu, Prof. Shaaban A Abdallah, Prof. Mark G. Turner.