LandscapeDNDC 1.37.0
ld_boundarylayer.h
1
8#ifndef LD_BOUNDARYLAYER_H_
9#define LD_BOUNDARYLAYER_H_
10
11namespace ldndc {
12
17double
18resistance_aero_abovecanopy(
19 double const & /* wind speed */,
20 double const & /* canopy height */);
21
26double
27resistance_aero_incanopy(
28 double const & /* wind speed */,
29 double const & /* canopy height */,
30 double const & /* lai */);
31
36double
37resistance_quasilaminar(
38 double const & /* wind speed */,
39 double const & /* canopy height */,
40 double const & /* lai */);
41
46double
47resistance_ground(
48 double const & /* wind speed */,
49 double const & /* wind speed height */,
50 double const & /* canopy height */,
51 double const & /* lai */,
52 double const & /* temperature */,
53 double const & /* diffusion coefficient */);
54
59double
60reynolds_number(
61 double const & /* wind speed */,
62 double const & /* wind speed meas height */,
63 double const & /* canopy height */,
64 double const & /* temperature */);
65
70double
71schmitt_number(
72 double const & /* temperature */,
73 double const & /* diffusion coefficient */);
74
79double
80air_viscosity_kinematic(
81 double const & /* temperature */);
82
87double
88friction_velocity(
89 double const & /* wind speed */,
90 double const & /* wind speed meas height */,
91 double const & /* canopy height */);
92
93
94} /* namespace ldndc */
95
96#endif /* !LD_BOUNDARYLAYER_H_ */
ldndc
Spatially explicit groundwater model.
Definition: airchemistryput.h:15
ldndc::resistance_aero_incanopy
double resistance_aero_incanopy(double const &_v_wind, double const &_canopy_height, double const &_lai)
returns boundary layer resistance within canopy
Definition: ld_boundarylayer.cpp:31
ldndc::resistance_aero_abovecanopy
double resistance_aero_abovecanopy(double const &_v_wind, double const &_canopy_height)
returns boundary layer resistance above canopy
Definition: ld_boundarylayer.cpp:16