This page presents notations and abbreviation used by the software. The unique variable identifier corresponds to the column varID of tables below.

Computable variables are presented with their equation in a separate document (PDF). See also Extract variables.

2D Variables

varID	fr	en	unit	Telemac2d	Sisyphe	2D-Telemac3d
U	VITESSE U	VELOCITY U	M/S	U	U	U
V	VITESSE V	VELOCITY V	M/S	V	V	V
C	CELERITE	CELERITY	M/S	C		C
H	HAUTEUR D'EAU	WATER DEPTH	M	H	H	H
S	SURFACE LIBRE	FREE SURFACE	M	S	S	S
B	FOND	BOTTOM	M	B	B	B
F	FROUDE	FROUDE NUMBER		F		F
Q	DEBIT SCALAIRE	SCALAR FLOWRATE	M2/S	Q		Q
Q	DEBIT Q	FLOWRATE Q	M2/S		Q
I	DEBIT SUIVANT X	FLOWRATE ALONG X	M2/S	I		I
I	DEBIT QX	FLOWRATE QX	M2/S		I
J	DEBIT SUIVANT Y	FLOWRATE ALONG Y	M2/S	J		J
J	DEBIT QY	FLOWRATE QX	M2/S		J
E	DISSIPATION	DISSIPATION	WATT/KG	E		E
D	VISCOSITE TURB.	VISCOSITY	M2/S	D		D
K	ENERGIE TURBUL.	TURBULENT ENERG.	JOULE/KG	K		K
P	PRESSION ATMOS.	AIR PRESSURE	PASCAL	P		P
M	VITESSE SCALAIRE	SCALAR VELOCITY	M/S	M		M
X	VENT X	WIND ALONG X	M/S	X		X
Y	VENT Y	WIND ALONG Y	M/S	Y		Y
W	FROTTEMENT	BOTTOM FRICTION		W		W
W	COEFT FROTTEMENT	FRICTION COEFT			CHESTR
A	DERIVE EN X	DRIFT ALONG X	M	A		A
G	DERIVE EN Y	DRIFT ALONG Y	M	G		G
L	NBRE DE COURANT	COURANT NUMBER		L		L
MAXZ	COTE MAXIMUM	HIGH WATER MARK	M	MAXZ		MAXZ
TMXZ	TEMPS COTE MAXI	HIGH WATER TIME	S	TMXZ
MAXV	VITESSE MAXIMUM	HIGHEST VELOCITY	M/S	MAXV
TMXV	T VITESSE MAXI	TIME OF HIGH VEL	S	TMXV		TMXV
US	VITESSE DE FROT.	FRICTION VEL.	M/S	US
US	VITESSE DE FROT	FRICTION VELOCIT	M/S			US
TAU	CONTRAINTE	BED SHEAR STRESS	PASCAL
TAU	FROTTEMENT TOB	BED SHEAR STRESS	PASCAL		TOB
DMAX	DIAMETRE	DIAMETER	MM
WH	HAUTEUR HM0	WAVE HEIGHT HM0	M		W
PPT	PERIODE PIC TPR5	PEAK PERIOD TPR5	S		X
RB	FOND RIGIDE	RIGID BED	M		R	RB
THETAW	DIRECTION MOY	MEAN DIRECTION	DEG		THETAW
QS	DEBIT SOLIDE	SOLID DISCH	M2/S		M
QSX	DEBIT SOLIDE X	SOLID DISCH X	M2/S		N
QSY	DEBIT SOLIDE Y	SOLID DISCH Y	M2/S		P
QS	DEBIT SOLIDE	SOLID DISCHARGE	M2/S			QS
QSX	DEBIT SOL EN X	SOLID DIS IN X	M2/S			QSX
QSY	DEBIT SOL EN Y	SOLID DIS IN Y	M2/S			QSY
EV	EVOLUTION	EVOLUTION	M		E
EV	EVOLUTION FOND	BED EVOLUTION	M			DZF
KS	RUGOSITE TOTALE	RUGOSITE TOTALE	M		KS
MU	CORR FROTT PEAU	FROT. PEAU MU			MU
D50	DIAMETRE MOYEN	MEAN DIAMETER	M		D50
UWB	VITESSE FOND	BOTTOM VELOCITY	M/S		UWB
QSBL	QS CHARRIAGE	QS BEDLOAD	M2/S		QSBL
QSBLX	QS CHARRIAGE X	QS BEDLOAD X	M2/S		QSBLX
QSBLY	QS CHARRIAGE Y	QS BEDLOAD Y	M2/S		QSBLY
QSSUSP	QS SUSPENSION	QS SUSPENSION	M2/S		QSSUSP
QSSUSPX	QS SUSPENSION X	QS SUSPENSION X	M2/S		QSSUSPX
QSSUSPY	QS SUSPENSION Y	QS SUSPENSION Y	M2/S		QSSUSPY
HD	EPAISSEUR DU LIT	BED THICKNESS	M			HD
EF	FLUX D'EROSION	EROSION FLUX	KG/M2/S			EF
DF	FLUX DE DEPOT	DEPOSITION FLUX	KG/M2/S			DF

3D Variables

varID	fr	en	unit	Telemac3d
Z	COTE Z	ELEVATION Z	M	Z
U	VITESSE U	VELOCITY U	M/S	U
V	VITESSE V	VELOCITY V	M/S	V
W	VITESSE W	VELOCITY W	M/S	W
NUX	NUX POUR VITESSE	NUX FOR VELOCITY	M2/S	NUX
NUY	NUY POUR VITESSE	NUY FOR VELOCITY	M2/S	NUY
NUZ	NUZ POUR VITESSE	NUZ FOR VELOCITY	M2/S	NUZ
K	ENERGIE TURBULEN	TURBULENT ENERGY	JOULE/KG	K
EPS	DISSIPATION	DISSIPATION	WATT/KG	EPS
RI	NB DE RICHARDSON	RICHARDSON NUMB		RI
RHO	DENSITE RELATIVE	RELATIVE DENSITY		RHO
DP	PRESSION DYNAMIQ	DYNAMIC PRESSURE	PA	DP
PH	PRESSION HYDROST	HYDROSTATIC PRES	PA	PH
UCONV	U CONVECTION	U ADVECTION	M/S	UCONV
VCONV	V CONVECTION	V ADVECTION	M/S	VCONV
WCONV	W CONVECTION	W ADVECTION	M/S	WCONV
DM1	DM1	DM1		DM1
DHHN	DHHN	DHHN	M	DHHN
UCONVC	UCONVC	UCONVC	M/S	UCONVC
VCONVC	VCONVC	VCONVC	M/S	VCONVC
UD	UD	UD	M/S	UD
VD	VD	VD	M/S	VD
WD	WD	WD	M/S	WD
M	VITESSE SCALAIRE	SCALAR VELOCITY	M/S	-
NU	NU POUR VITESSE	NU FOR VELOCITY	M2/S	-