of 2
Water Resources Research
Supporting Information for
A
thermodyna
mic nonequilibrium model for preferential
infiltration
and refreezing of melt in snow
Adrian
Moure
1
,
Nathan Jones
1
, Joshua Pawlak
1
, Colin Meyer
2
, Xi
aojing
Fu
1
1
Depa
rtment o
f Mechanical and Civil Engine
ering, California Instit
ute of Tech
nology, Pasadena,
CA, United States
.
2
Thayer School of Engineering, Dartmouth College, Hanover, NH, United States
.
*
Correspondence to
:
amoure@caltech.edu
,
rubyfu@caltech.edu
Additional Sup
porting In
formation (F
iles upl
oaded separately)
Video
S1
:
Isothermal
preferential infiltration through homogeneous snow. Video corresponding
to the simulation shown in Fig. 8 in the main text.
Video S2
:
Non
-
isothermal preferential infiltration through homogeneous snow. Video
corresponding to the
simulation shown in Fig. 9 in the main text.