AdH Kraken 0.0.0
Next generation Adaptive Hydraulics
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fr_defs.h
1/* ADH Version 2.0.0 6/04 */
2
3#include <math.h>
4#include <stdlib.h>
5#include <stdio.h>
6#include <string.h>
7
8/* constants */
9#ifndef PI
10#define PI 3.14159265358979
11#endif
12#define TOL 1e-18
13#define BED_CO 1
14#define ICE_CO 2
15#define TOT_CO 3
16#define ERROR -1
17
18/* function prototypes */
19double fr_bedshstr_drag_coef(
20 double,
21 double
22);
23double fr_equiv_depavg_shstr_coef(
24 double,
25 double
26);
27double fr_manningsn_to_rheight(
28 double,
29 double,
30 double
31);
32double fr_rheight_to_manningsn(
33 double,
34 double
35);
36double fr_sav_drag_coef(
37 double,
38 double,
39 double
40);
41double fr_sav_sed_drag_coef(
42 double,
43 double
44);
45double fr_stationary_ice_coef(
46 double,
47 double,
48 double,
49 double,
50 double,
51 int
52);
53double fr_urv_drag_coef(
54 double,
55 double,
56 double,
57 double
58);
59double fr_urv_sed_drag_coef(
60 double,
61 double,
62 double,
63 double
64);
fr_bedshstr_drag_coef
double fr_bedshstr_drag_coef(double depth, double roughness_height)
This routine calculates a coefficient c_f, such that the shear stress tau is found as follows: This ...
Definition: fr_bedshstr_drag_coef.c:18