引用次数
引用: 694
H-指数: 16
I10-指数 : 20
出版物: 56
EFFICIENT COMPUTATION OF COORDINATE-FREE MODELS OF FLAME FRONTS
B. F. Akers , D. M. Ambrose
Anziam Journal 1 -12
1
2021
Surfactant Influence on Water Wave Packets
B. F. Akers
Studies in Applied Mathematics 129 ( 1) 91 -102
1
2012
Numerical simulation of steady-state thermal blooming with natural convection
Jeremiah S Lane , Justin Cook , Martin Richardson , Benjamin F Akers
Applied Optics 62 ( 8) 2092 -2099
2023
Atmospheric Propagation of High Energy Lasers: Thermal Blooming Simulation
Jonathan Gustafsson , Benjamin F Akers , Jonah A Reeger , Sivaguru S Sritharan
Engineering Mathematics Letters
7
2019
Periodic travelling interfacial hydroelastic waves with or without mass II: multiple bifurcations and ripples
Benjamin F Akers , David M Ambrose , David W Sulon
European Journal of Applied Mathematics 30 ( 4) 756 -790
13
2019
Overturned Interfacial Traveling Waves [video presentation]
Benjamin F Akers , David M Ambrose , J Douglas Wright , David W Sulon
BIRS Workshop Lecture Videos
2017
Thermal blooming with laser-induced convection: radial basis function simulation
Benjamin F Akers , Steven T Fiorino , Jonah A Reeger
Applied Optics 62 ( 23) G77 -G84
2
2023
Two-dimensional steady Boussinesq convection: existence, computation and scaling
Jeremiah S Lane , Benjamin F Akers
Fluids 6 ( 12) 425 -425
4
2021
High Absorption Thermal Blooming: Numerical Steady-State Simulation
Jeremiah S Lane , Benjamin F Akers
Nonlinear Optics M4A. 5 -M4A. 5
1
2023
Convective Asymmetries in Thermal Blooming Experiments
Jeremiah S Lane , Benjamin F Akers
Propagation Through and Characterization of Atmospheric and Oceanic Phenomena PF4E. 5 -PF4E. 5
2024
Steady Boussinesq convection: Parametric analyticity and computation
Jeremiah S Lane , Benjamin F Akers
Studies in Applied Mathematics e12740 -e12740
2024
Thermal effects in short laser pulses: suppression of wave collapse
Benjamin F Akers , Tony Liu
Wave Motion 115 103079 -103079
4
2022
High-order perturbation of surfaces short course: Stability of travelling water waves
Benjamin F Akers
Lectures on the Theory of Water Waves 426 51 -51
3
2016
Evolution of coronal magnetic field parameters during X5. 4 solar flare
Seth H Garland , Vasyl B Yurchyshyn , Robert D Loper , Benjamin F Akers
Frontiers in Astronomy and Space Sciences 10 1148293 -1148293
2
2023
Numerical Simulation of the Korteweg–de Vries Equation with Machine Learning
Kristina OF Williams , Benjamin F Akers
Mathematics 11 ( 13) 2791 -2791
1
2023
Coarse-Gridded Simulation of the Nonlinear Schrödinger Equation with Machine Learning
Benjamin F Akers , Kristina OF Williams
Mathematics 12 ( 17) 2784 -2784
2024
Analysis of modeled 3D solar magnetic field during 30 X/M-class solar flares
Seth H Garland , Vasyl B Yurchyshyn , Robert D Loper , Benjamin F Akers
Frontiers in Astronomy and Space Sciences 11 1369749 -1369749
2024
Tomographic reconstruction of a jet engine exhaust plume using an infrared hyperspectral imager
Mason Paulec , Michael Marciniak , Kevin Gross , Benjamin Akers
Optical Engineering 57 ( 10) 103103
2018
The spectrum of finite depth water waves
Benjamin Akers , David P. Nicholls
European Journal of Mechanics B-fluids 46 181 -189
10
2014
The generation of capillary-gravity solitary waves by a surface pressure forcing
Benjamin Akers
Mathematics and Computers in Simulation 82 ( 6) 958 -967
6
2012
David Nicholls David Ambrose Paul A Milewski J. Douglas Wright Jonah Reeger Jeremiah Lane Andrew Belmonte Onno Bokhove Wenxuan Gao Tony Liu Robert D Loper Vasyl Yurchyshyn MARTIN RICHARDSON Daniel J. Emmons Steven Fiorino Andrew Lawrence Kevin C. Gross Michael P. Lamoureux Malcolm Roberts Sean Bohun