4. Operands#

4.1. Operand RESULTAT#

♦ RESULTAT = resu

Name of a result concept of type result.

4.2. Selecting order numbers#

The use of the keywords TOUT_ORDRE, NUME_ORDRE, INST,… is described in the document [U4.71.00].

4.3. Selection of the elements concerned#

Thanks to the keywords TOUT =” OUI “, and GROUP_MA, the user can select the elements on which the calculations will take place.

Note: If the user selects elements that are not structural elements, they are ignored.

4.4. Keyword EXTR_COQUE#

This keyword is used to extract a field on a single sub-point for shell elements.

4.4.1. Operand NOM_CHAM#

The NOM_CHAM keyword is used to designate the fields to be extracted in the resu result.

The following are authorized:

SIGM_ELGA

SIGM_ELNO

SIEQ_ELGA

SIEQ_ELNO

EPSI_ELGA

EPSI_ELNO

EPEQ_ELGA

EPEQ_ELNO

SIEF_ELGA

SIEF_ELNO

VARI_ELGA

VARI_ELNO

4.4.2. Operand NUME_COUCHE#

♦ NUME_COUCHE = Nucou, [I]

Number of the layer containing the subpoint to be extracted.

By convention, layer \(1\) is the bottom layer (in the normal sense) of shell elements.

4.4.3. Operand NIVE_COUCHE#

♦ NIVE_COUCHE =

For the nucou layer defined by NUME_COUCHE, allows you to specify the ordinate of the sub-point:

“INF”

bottom layer order

(inner skin),

“SUP”

upper layer order

(outer skin),

“MOY”

Average layer order

(middle sheet).

4.5. Keyword EXTR_TUYAU#

This keyword is used to extract a field on a single sub-point for pipe items.

4.5.1. Operand NOM_CHAM#

The NOM_CHAM keyword is used to designate the fields to be extracted in the resu result.

Are allowed: (see 4.4.1)

4.5.2. Operand NUME_COUCHE#

♦ NUME_COUCHE = Nucou, [I]

Number of the layer containing the subpoint to be extracted.

By convention, layer \(1\) is the inner layer of an element TUYAU.

4.5.3. Operand NIVE_COUCHE#

♦ NIVE_COUCHE =

For the nucou layer defined by NUME_COUCHE, allows you to specify the ordinate of the sub-point:

“INF”

bottom layer order

(inner skin),

“SUP”

upper layer order

(outer skin),

“MOY”

Average layer order

(middle sheet).

4.5.4. Operand ANGLE#

♦ ANGLE = delta, [I]

delta: angle in degrees (integer value), counted from the position of the generator of the pipe element.

Note: The sub-points of the pipes are spaced evenly in the thickness of the pipe as well as in azimuth. When the user indicates an angle that does not correspond geometrically with a sub-point (in azimuth), a linear interpolation is performed between the 2 sub-points that « border » the specified angle.

4.6. Keyword EXTR_PMF#

This keyword is used to extract a field on a single sub-point for multi-fiber beam elements.

4.6.1. Operand NOM_CHAM#

The NOM_CHAM keyword is used to designate the fields to be extracted in the resu result.

Are allowed: (see 4.4.1)

4.6.2. Operand NUME_FIBRE#

♦ NUME_FIBRE = nufib, [I]

Number of the fiber corresponding to the sub-point to be extracted.

4.7. Keyword MIN_MAX_SP#

This keyword is used to calculate the « maximum » (or minimum) value of a field component. The « max » being taken on all the sub-points.

If the input field is for example a ELGA constraint field on the subpoints of a multi-layer shell, the output field will be a ELGA field (without subpoints) containing for each Gauss point the « max » value of the constraint.

In addition to the « max » value, information is also extracted to locate the sub-point that has reached the « max ». In the end, on each « point », 6 components are calculated:

4.7.1. Operand NOM_CHAM#

The keyword NOM_CHAM allows you to designate the field to be extracted in the resu result.

Are allowed: (see 4.4.1)

4.7.2. Operands NOM_CMP/NOM_VARI#

◊ NOM_CMP = nocmp, [Kn]

Name of the component whose « max » we want to calculate.

◊ NOM_VARI = novari, [Kn]

For the fields of internal variables (VARI_ *), you can give the name of the internal variable whose « max » you want to calculate (see [U4.51.11] for the rules for naming internal variables).

4.7.3. Operand TYPE_MAXI#

This keyword is used to choose the « type » of maximum sought:

“MAXI”

We extract the maximum value of the component taking into account its sign

“MINI”

We extract the minimum value of the component taking into account its sign

“MAXI_ABS”

We extract the maximum value from the absolute value of the component

“MINI_ABS”

We extract the minimum value from the absolute value of the component

4.7.4. Operand NUME_CHAM_RESU#

♦ NUME_CHAM_RESU = nuch, [I]

The number nuch is used to name the product field.

For example, if NOM_CHAM = “SIEF_ELGA” and NUME_CHAM_RESU = 7, in the result data structure produced, the field will be accessible by NOM_CHAM = “UT07_ELGA”. This is the 7th field ELGA « UTilisateur » in the data structure.

Note: nuch is limited to 20.

4.8. Keyword COQU_EXCENT#

This keyword is used to modify the « plane » for calculating the generalized forces in eccentric plates.

The field found under the name NOM_CHAM in the input sd_result (resu) contains forces calculated in the mesh « plane ».

The eccentricity of the elements is taken into account to modify the calculation of the moments (they are calculated in the mean « plane » of the eccentric plate).

4.8.1. Operand NOM_CHAM#

The keyword NOM_CHAM allows you to designate the field to be extracted in the resu result.

The following are allowed: “EFGE_ELNO” and “EFGE_ELGA”.

4.8.2. Operand MODI_PLAN = “OUI”#

This keyword is used to confirm that we want to change the calculation « plane » for the forces in the eccentric plates.