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Manual de practicas de SAP Werner Omar Prado Mora

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Page 1: Manual de Practicas de SAP

Werner Omar Prado Mora

2013

Page 2: Manual de Practicas de SAP

Introducción:La mayoría de los ingenieros conocen o han oído sobre SAP2000, el software líder en ingeniería estructural. Se pueden analizar cualquier tipo de estructuras con este programa, e incluso diseñar elemento por elemento de manera precisa con los reglamentos mas conocidos.

El programa sirve para realizar cálculos estructurales.

La información que debes entrar al programa son las longitudes y las cargas que van a tener la estructura que vas a diseñar. El programa entrega datos de dimensiones de vigas, columnas, etc. con la cantidad de concreto y acero que necesitas; o si es el caso, las dimensiones de la estructura en acero que necesites.

El programa también tiene la posibilidad de analizar las cargas por separado, y diseñar de acuerdo a la mayor carga presentada.

Page 3: Manual de Practicas de SAP

Lo que contiene la pantalla principal:Lo elementos mas destacados dentro de la pantalla de inicio del programa es:File (archivo), edite (editar), view (ver), define (definir), draw (dibujar), select (seleccionar), asign (asignar), analyze (analizar), display (mostrar), design (designar), opcions (opciones), tolos (herramientas) y help (ayuda).Al igual que los iconos de pantalla, el modelo, las coordenadas, el sistema de coordenadas, unidades.

Las cuales serán indicadas a continuación:

archivo editar verdibujar

asignaranalizar

ayudamostrar

Page 4: Manual de Practicas de SAP

Normalmente en los problemas de análisis estructural se toman en cuenta cuatro factores como cargas como elementos principales que non:1.- carga viva.2.- carga muerta.3.- cargas sísmicas.4.- cargas de ciento.Aunque por el momento estaremos utilizando solo dos que son las principales y mas importantes:Carga viva (live) y la carga muerta (dead).

En este programa de análisis estructural y diseño de las mismas hay muchos materiales ya sea para:Concreto:• ACI 318-05 /IBC 2003• ACI 318-02• ACI 318-99• AS 3600-01• Mexicano RCDF 2001• IBC 2003• BS 8110-89 (Británico)• BS 8110 97 (Británico)• CSA-A23 3-04• CSA-A23 3-94• Eurocodigo 2-2004• Eurocodigo 2-1992• Hong Kong CP 2004• Indio IS 456-2000• Italiano DM 14-2-92• KCI-1999• NZS 3101-95• Singapore CP 65:99• UBC 97y en acero:• AISC 2005/IBC 2006

Modelo que se asta trabajando Empezar animacionunidades

opiciones

designar

definir

seleccionar

Page 5: Manual de Practicas de SAP

• AISC-ASD01• AISC-ASD89• AISC LRFD 2001• API RP2A WSD 2000• API RP2A LRFD 97• ASCE 10-97• BS59950-90• BSS5950-2000• CISC 95• Eurocodigo 3-1993• Indio UNI 10011• UBC 97 ASD• UBC 97 LRFD• Chino (solo para la versión de sap2000 en Chino).

Pero en este curso en el caso del acero solo utilizaremos el acero A36 que pertenece a AISC 2005/IBC 2006 y en el caso del concreto un concreto diseñado por nosotros que se llama concreto 250 que pertenece a Mexicano RCDF 2001.

Page 6: Manual de Practicas de SAP

Pasos a seguir cada vez que se quiera hacer un

análisis estructural o diseño de viga.

Pasos:

1.- abrir el sap con la versión que se tenga.

2.- proponer las unidades con las que se quiera trabajar, en este caso siempre será en kg m s

3.- presionar la ventana de file (archivo) y seleccionar la opción de new model (nuevo modelo), se desplegara una ventana en la que se tendrá que agregar cuantos claros le pondrás a tu viga a diseñar o analizar, si las medidas no son constantes se selecciona el pequeño recuadro y se la agregan las medidas de cada claro.

4.- Enseguida de define el material en la pestaña que dice define (definir).

Page 7: Manual de Practicas de SAP

5.- Después nos vamos a la pantalla que dice asign (asignar) ya que desplego el menú seleccionamos la opción que dice fame, se abro otro menú y seleccionamos fame seccions, en este espacio se colocara las dimensiones de la viga deseadas.

6.-ahora se procede a agregar las cargas a las que se quiera someter la viga.

7.-Se procede a asignar las cargas que soportara la viga, seleccionamos el tramo de viga al que queremos asignarle las cargas en seguida nos vamos a la pestaña que dice asignar y seleccionamos para agregar las cargas del tipo que sean (puntual, distribuida, gravitatoria etc.), se abrirá un menú en donde se deberá ser rellenado con las cargas y con sus respectivas distancias y seleccionas a que corresponden esas cargas si a las vivas o a las muertas, y presionar ok, así continuar hasta poner todas las cargas deseadas en la viga tanto como vivas como muertas.

8.- ya que se tiene toda la viga con cargas y materiales se deberá correr el análisis vamos a donde dice display y run analicis.

9.- nos vamos a display, frame seccions y ponemos para que nos muestre los cortantes y momentos, en nuestro caso pondremos cortante 2-2 y en el caso del momento, momento 3-3.

10.- luego se diseña con el reglamento necesario en el caso del concreto con el reglamento del DF, e en el caso del acero con el reglamento del 2006.

11.- se imprime el documento de Word que se desplego al guardar tu documento.

Page 8: Manual de Practicas de SAP

Practicas:1.- Viga de acero con dos claros, en el primer claro dos cargas distribuidas y en el segundo claro con una carga puntual,

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 1 of 2Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 1 of 2

Frame DesignSect DesignType Status Ratio RatioType

1 W18X60 Beam Overstressed 1.050928 PMM

2 W18X60 Beam No Messages 0.624854 PMM

Page 9: Manual de Practicas de SAP

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2

Frame Combo Location ErrMsg WarnMsg

m

1 DSTL2 3.00000 No Messages No Messages

2 DSTL2 0.00000 No Messages No Messages

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 1 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 1 of 9

Frame DesignSect DesignType Status Combo Location Pr

m Kgf

1 W18X60 Beam Overstressed DSTL2 3.00000 0.00

2 W18X60 Beam No Messages DSTL2 0.00000 0.00

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 2 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 2 of 9

Frame MrMajor MrMinor VrMajor VrMinor Tr Equation TotalRatio

Kgf-m Kgf-m Kgf Kgf Kgf-m

1 34873.59 0.00 1735.08 0.00 0.00 (H1-1b) 1.050928

2 -28689.86 0.00 -8472.87 0.00 0.00 (H1-1b) 0.624854

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 3 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 3 of 9

Frame PRatio MMajRatio MMinRatio VMajRatio VMinRatio TorRatio DCLimit

1 0.000000 1.050928 0.000000 0.950000

2 0.000000 0.624854 0.000000 0.950000

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 4 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 4 of 9

Frame PrDsgn PcComp PcTension MrMajorDsgn

McMajor MrMinorDsgn

McMinor

Kgf Kgf Kgf Kgf-m Kgf-m Kgf-m Kgf-m

1 0.00 67595.02 258656.54 34873.59 33183.61 0.00 7689.74

2 0.00 67595.02 258656.54 -28689.86 45914.47 0.00 7689.74

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 5 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 5 of 9

Frame XLMajor XLMinor XLLTB K1Major K1Minor K2Major K2Minor

1 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

2 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

Page 10: Manual de Practicas de SAP

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 6 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 6 of 9

Frame KLTB CmMajor CmMinor Cb B1Major B1Minor B2Major

1 1.000000 1.000000 1.000000 1.183122 1.000000 1.000000 1.000000

2 1.000000 1.000000 1.000000 3.000000 1.000000 1.000000 1.000000

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 7 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 7 of 9

Frame B2Minor Fy E Length MajAxisAng RLLF SectClass

Kgf/m2 Kgf/m2 m Degrees

1 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

2 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 8 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 8 of 9

Frame FramingType SDC Omega0 SystemCd ErrMsg

1 Special Moment Frame

D 3.000000 5.500000 No Messages

2 Special Moment Frame

D 3.000000 5.500000 No Messages

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 9 of 9Table: Steel Design 2 - PMM Details - AISC360-05-

IBC2006, Part 9 of 9

Frame WarnMsg

1 No Messages

2 No Messages

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 1 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 1 of 4

Frame DesignSect DesignType Status VMajorCombo VMajorLoc VMajorRatio

m

1 W18X60 Beam No Messages DSTL2 7.00000 0.395379

2 W18X60 Beam No Messages DSTL2 0.00000 0.114245

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 2 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 2 of 4

Frame VrMajDsgn PhiVnMajor TrMajor VMinorCombo VMinorLoc VMinorRatio VrMinDsgn

Kgf Kgf Kgf-m m Kgf

1 29322.87 74163.88 0.00 DSTL1 0.00000 0.000000 29322.87

2 8472.87 74163.88 0.00 DSTL1 0.00000 0.000000 8472.87

Page 11: Manual de Practicas de SAP

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 3 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 3 of 4

Frame PhiVnMinor TrMinor DCLimit RLLF FramingType

Kgf Kgf-m

1 92600.06 0.00 0.950000 1.000000 Special Moment Frame

2 92600.06 0.00 0.950000 1.000000 Special Moment Frame

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 4 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 4 of 4

Frame ErrMsg WarnMsg

1 No Messages No Messages

2 No Messages No Messages

Table: Steel Design 7 - Beam Shear Forces - AISC360-05-IBC2006Table: Steel Design 7 - Beam Shear Forces - AISC360-05-IBC2006

Frame DesignSect ComboLeft VMajorLeft ComboRight VMajorRight

Kgf Kgf

1 W18X60 DSTL2 25465.77 DSTL2 29322.87

2 W18X60 DSTL2 8472.87 DSTL1 1674.12

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 1 of 2

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 1 of 2

Frame DesignSect AlphaPrOPy aPrOPyGT05

AlphaPrOPeL

aPrOPeGT015

Taub EAmodifier

1 W18X60 0.000000 No 0.000000 1.000000 0.800000

2 W18X60 0.000000 No 0.000000 1.000000 0.800000

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 2 of 2

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006,

Part 2 of 2

Frame EImodifier

1 0.800000

2 0.800000

Page 12: Manual de Practicas de SAP

2.- Es una viga igual que la No. 1 solo que con vigas mas griesas.

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 1 of 2Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 1 of 2

Frame DesignSect DesignType Status Ratio RatioType

1 W18X65 Beam Overstressed 0.984689 PMM

2 W16X50 Beam No Messages 0.712762 PMM

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2

Frame Combo Location ErrMsg WarnMsg

m

1 DSTL2 3.00000 No Messages No Messages

2 DSTL2 0.00000 No Messages No Messages

Page 13: Manual de Practicas de SAP

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 1 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 1 of 9

Frame DesignSect DesignType Status Combo Location Pr

m Kgf

1 W18X65 Beam Overstressed DSTL2 3.00000 0.00

2 W16X50 Beam No Messages DSTL2 0.00000 0.00

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 2 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 2 of 9

Frame MrMajor MrMinor VrMajor VrMinor Tr Equation TotalRatio

Kgf-m Kgf-m Kgf Kgf Kgf-m

1 37455.80 0.00 1128.83 0.00 0.00 (H1.3b,H1-2) 0.984689

2 -24478.04 0.00 -7809.51 0.00 0.00 (H1-1b) 0.712762

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 3 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 3 of 9

Frame PRatio MMajRatio MMinRatio VMajRatio VMinRatio TorRatio DCLimit

1 0.000000 0.984689 0.000000 0.950000

2 0.000000 0.712762 0.000000 0.950000

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 4 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 4 of 9

Frame PrDsgn PcComp PcTension MrMajorDsgn

McMajor MrMinorDsgn

McMinor

Kgf Kgf Kgf Kgf-m Kgf-m Kgf-m Kgf-m

1 0.00 73936.27 280701.13 37455.80 37745.88 0.00 8398.99

2 0.00 50190.31 216036.99 -24478.04 34342.53 0.00 6084.60

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 5 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 5 of 9

Frame XLMajor XLMinor XLLTB K1Major K1Minor K2Major K2Minor

1 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

2 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 6 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 6 of 9

Frame KLTB CmMajor CmMinor Cb B1Major B1Minor B2Major

1 1.000000 1.000000 1.000000 1.196690 1.000000 1.000000 1.000000

2 1.000000 1.000000 1.000000 2.855725 1.000000 1.000000 1.000000

Page 14: Manual de Practicas de SAP

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 7 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 7 of 9

Frame B2Minor Fy E Length MajAxisAng RLLF SectClass

Kgf/m2 Kgf/m2 m Degrees

1 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

2 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 8 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 8 of 9

Frame FramingType SDC Omega0 SystemCd ErrMsg

1 Special Moment Frame

D 3.000000 5.500000 No Messages

2 Special Moment Frame

D 3.000000 5.500000 No Messages

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 9 of 9Table: Steel Design 2 - PMM Details - AISC360-05-

IBC2006, Part 9 of 9

Frame WarnMsg

1 No Messages

2 No Messages

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 1 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 1 of 4

Frame DesignSect DesignType Status VMajorCombo VMajorLoc VMajorRatio

m

1 W18X65 Beam No Messages DSTL2 7.00000 0.355399

2 W16X50 Beam No Messages DSTL2 0.00000 0.129003

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 2 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 2 of 4

Frame VrMajDsgn PhiVnMajor TrMajor VMinorCombo VMinorLoc VMinorRatio VrMinDsgn

Kgf Kgf Kgf-m m Kgf

1 28753.09 80903.65 0.00 DSTL1 0.00000 0.000000 28753.09

2 7809.51 60537.39 0.00 DSTL1 0.00000 0.000000 7809.51

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 3 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 3 of 4

Frame PhiVnMinor TrMinor DCLimit RLLF FramingType

Kgf Kgf-m

1 100391.07 0.00 0.950000 1.000000 Special Moment Frame

2 78551.05 0.00 0.950000 1.000000 Special Moment Frame

Page 15: Manual de Practicas de SAP

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 4 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 4 of 4

Frame ErrMsg WarnMsg

1 No Messages No Messages

2 No Messages No Messages

Table: Steel Design 7 - Beam Shear Forces - AISC360-05-IBC2006Table: Steel Design 7 - Beam Shear Forces - AISC360-05-IBC2006

Frame DesignSect ComboLeft VMajorLeft ComboRight VMajorRight

Kgf Kgf

1 W18X65 DSTL2 26099.36 DSTL2 28753.09

2 W16X50 DSTL2 7809.51 DSTL1 1914.89

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 1 of 2

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 1 of 2

Frame DesignSect AlphaPrOPy aPrOPyGT05

AlphaPrOPeL

aPrOPeGT015

Taub EAmodifier

1 W18X65 0.000000 No 0.000000 1.000000 0.800000

2 W16X50 0.000000 No 0.000000 1.000000 0.800000

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 2 of 2

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006,

Part 2 of 2

Frame EImodifier

1 0.800000

2 0.800000

Page 16: Manual de Practicas de SAP

3.- Es una viga con 3 claros, el primero con dos cargas distribuidas la segunda con una carga puntual y la tercera con una carga distribuida triangular.

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 1 of 2Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 1 of 2

Frame DesignSect DesignType Status Ratio RatioType

1 W18X65 Beam Overstressed 1.036358 PMM

2 W14X48 Beam No Messages 0.729386 PMM

3 W18X65 Beam No Messages 0.123618 PMM

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2

Frame Combo Location ErrMsg WarnMsg

m

1 DSTL2 3.00000 No Messages No Messages

Page 17: Manual de Practicas de SAP

Table: Steel Design 1 - Summary Data - AISC360-05-IBC2006, Part 2 of 2

Frame Combo Location ErrMsg WarnMsg

m

2 DSTL2 0.00000 No Messages No Messages

3 DSTL2 5.00000 No Messages No Messages

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 1 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 1 of 9

Frame DesignSect DesignType Status Combo Location Pr

m Kgf

1 W18X65 Beam Overstressed DSTL2 3.00000 0.00

2 W14X48 Beam No Messages DSTL2 0.00000 0.00

3 W18X65 Beam No Messages DSTL2 5.00000 0.00

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 2 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 2 of 9

Frame MrMajor MrMinor VrMajor VrMinor Tr Equation TotalRatio

Kgf-m Kgf-m Kgf Kgf Kgf-m

1 38798.07 0.00 681.41 0.00 0.00 (H1-1b) 1.036358

2 -21346.07 0.00 -7065.44 0.00 0.00 (H1-1b) 0.729386

3 6137.33 0.00 30.69 0.00 0.00 (H1.3a,H1-1b)

0.123618

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 3 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 3 of 9

Frame PRatio MMajRatio MMinRatio VMajRatio VMinRatio TorRatio DCLimit

1 0.000000 1.036358 0.000000 0.950000

2 0.000000 0.729386 0.000000 0.950000

3 0.000000 0.123618 0.000000 0.950000

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 4 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 4 of 9

Frame PrDsgn PcComp PcTension MrMajorDsgn

McMajor MrMinorDsgn

McMinor

Kgf Kgf Kgf Kgf-m Kgf-m Kgf-m Kgf-m

1 0.00 73936.27 280701.13 38798.07 37436.92 0.00 8398.99

2 0.00 69348.98 207219.16 -21346.07 29265.81 0.00 7316.45

3 0.00 73936.27 280701.13 6137.33 42581.55 0.00 8398.99

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 5 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 5 of 9

Frame XLMajor XLMinor XLLTB K1Major K1Minor K2Major K2Minor

1 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

2 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

3 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000

Page 18: Manual de Practicas de SAP

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 6 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 6 of 9

Frame KLTB CmMajor CmMinor Cb B1Major B1Minor B2Major

1 1.000000 1.000000 1.000000 1.186894 1.000000 1.000000 1.000000

2 1.000000 1.000000 1.000000 2.843525 1.000000 1.000000 1.000000

3 1.000000 1.000000 1.000000 1.349999 1.000000 1.000000 1.000000

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 7 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 7 of 9

Frame B2Minor Fy E Length MajAxisAng RLLF SectClass

Kgf/m2 Kgf/m2 m Degrees

1 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

2 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

3 1.000000 25310506.54 2.039E+10 7.00000 1.000000 Compact

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 8 of 9Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 8 of 9

Frame FramingType SDC Omega0 SystemCd ErrMsg

1 Special Moment Frame

D 3.000000 5.500000 No Messages

2 Special Moment Frame

D 3.000000 5.500000 No Messages

3 Special Moment Frame

D 3.000000 5.500000 No Messages

Table: Steel Design 2 - PMM Details - AISC360-05-IBC2006, Part 9 of 9Table: Steel Design 2 - PMM Details - AISC360-05-

IBC2006, Part 9 of 9

Frame WarnMsg

1 No Messages

2 No Messages

3 No Messages

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 1 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 1 of 4

Frame DesignSect DesignType Status VMajorCombo VMajorLoc VMajorRatio

m

1 W18X65 Beam No Messages DSTL2 7.00000 0.349869

2 W14X48 Beam No Messages DSTL2 0.00000 0.153807

3 W18X65 Beam No Messages DSTL2 7.00000 0.086593

Page 19: Manual de Practicas de SAP

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 2 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 2 of 4

Frame VrMajDsgn PhiVnMajor TrMajor VMinorCombo VMinorLoc VMinorRatio VrMinDsgn

Kgf Kgf Kgf-m m Kgf

1 28305.66 80903.65 0.00 DSTL1 0.00000 0.000000 28305.66

2 7065.44 45937.01 0.00 DSTL1 0.00000 0.000000 7065.44

3 7005.68 80903.65 0.00 DSTL1 0.00000 0.000000 7005.68

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 3 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 3 of 4

Frame PhiVnMinor TrMinor DCLimit RLLF FramingType

Kgf Kgf-m

1 100391.07 0.00 0.950000 1.000000 Special Moment Frame

2 84260.60 0.00 0.950000 1.000000 Special Moment Frame

3 100391.07 0.00 0.950000 1.000000 Special Moment Frame

Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 4 of 4Table: Steel Design 3 - Shear Details - AISC360-05-IBC2006, Part 4 of 4

Frame ErrMsg WarnMsg

1 No Messages No Messages

2 No Messages No Messages

3 No Messages No Messages

Table: Steel Design 7 - Beam Shear Forces - AISC360-05-IBC2006Table: Steel Design 7 - Beam Shear Forces - AISC360-05-IBC2006

Frame DesignSect ComboLeft VMajorLeft ComboRight VMajorRight

Kgf Kgf

1 W18X65 DSTL2 26546.79 DSTL2 28305.66

2 W14X48 DSTL2 7065.44 DSTL1 2760.45

3 W18X65 DSTL2 2066.77 DSTL2 7005.68

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 1 of 2

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 1 of 2

Frame DesignSect AlphaPrOPy aPrOPyGT05

AlphaPrOPeL

aPrOPeGT015

Taub EAmodifier

1 W18X65 0.000000 No 0.000000 1.000000 0.800000

2 W14X48 0.000000 No 0.000000 1.000000 0.800000

3 W18X65 0.000000 No 0.000000 1.000000 0.800000

Page 20: Manual de Practicas de SAP

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006, Part 2 of 2

Table: Steel Design 9 - Decision Parameters - AISC360-05-IBC2006,

Part 2 of 2

Frame EImodifier

1 0.800000

2 0.800000

3 0.800000

Page 21: Manual de Practicas de SAP

4.-es una viga de concreto con 4 claros pero con el ultimo apoyo en forma de voladizo, en el primer apoyo una carga no constante pero distribuida con distancia de 8.5 m, en el segundo claro dos cargas puntuales una a 2 m y la otra a 2.5 m de la otra carga el claro mida en total 6.5 m, el tercer voladizo con dos cargas distribuidas y el cuarto claro con una carga puntual en el extremo.

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 1 of 3

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 1 of 3

Frame DesignSect DesignType Status Location FTopCombo FTopArea

m m2

1 concreoto250 Beam See ErrMsg 0.00000 DCON2 0.000590

1 concreoto250 Beam See ErrMsg 0.50000 DCON1 (Sp) 5.417774

1 concreoto250 Beam See ErrMsg 1.00000 DCON1 (Sp) 9.796975

1 concreoto250 Beam See ErrMsg 1.50000 DCON1 (Sp) 13.461892

1 concreoto250 Beam See ErrMsg 2.00000 DCON1 (Sp) 16.303404

1 concreoto250 Beam See ErrMsg 2.50000 DCON1 (Sp) 18.321510

Page 22: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 1 of 3

Frame DesignSect DesignType Status Location FTopCombo FTopArea

m m2

1 concreoto250 Beam See ErrMsg 3.00000 DCON1 (Sp) 19.516213

1 concreoto250 Beam See ErrMsg 3.50000 DCON1 (Sp) 19.887512

1 concreoto250 Beam See ErrMsg 4.00000 DCON1 (Sp) 19.435409

1 concreoto250 Beam See ErrMsg 4.50000 DCON1 (Sp) 18.159904

1 concreoto250 Beam See ErrMsg 5.00000 DCON1 (Sp) 16.060999

1 concreoto250 Beam See ErrMsg 5.50000 DCON1 (Sp) 13.138693

1 concreoto250 Beam See ErrMsg 6.00000 DCON1 (Sp) 9.392988

1 concreoto250 Beam See ErrMsg 6.50000 DCON1 (Sp) 5.417774

1 concreoto250 Beam See ErrMsg 7.00000 DCON1 (Sp) 5.417774

1 concreoto250 Beam See ErrMsg 7.50000 DCON1 6.508583

1 concreoto250 Beam See ErrMsg 8.00000 DCON1 13.264197

1 concreoto250 Beam See ErrMsg 8.50000 DCON1 20.810024

2 concreoto250 Beam See ErrMsg 0.00000 DCON1 20.810024

2 concreoto250 Beam See ErrMsg 0.50000 DCON1 15.348897

2 concreoto250 Beam See ErrMsg 1.00000 DCON1 10.677956

2 concreoto250 Beam See ErrMsg 1.50000 DCON1 6.797201

2 concreoto250 Beam See ErrMsg 2.00000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 2.00000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 2.50000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 3.00000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 3.50000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 4.00000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 4.50000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 4.50000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 5.00000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 5.50000 DCON1 (Sp) 5.417774

2 concreoto250 Beam See ErrMsg 6.00000 DCON1 7.430787

2 concreoto250 Beam See ErrMsg 6.50000 DCON1 11.452257

3 concreoto250 Beam See ErrMsg 0.00000 DCON1 11.452257

3 concreoto250 Beam See ErrMsg 0.50000 DCON1 5.949372

3 concreoto250 Beam See ErrMsg 1.00000 DCON1 (Sp) 2.980095

3 concreoto250 Beam See ErrMsg 1.50000 DCON1 (Sp) 2.980095

3 concreoto250 Beam See ErrMsg 2.00000 DCON1 (Sp) 6.059656

3 concreoto250 Beam See ErrMsg 2.50000 DCON1 (Sp) 8.500012

3 concreoto250 Beam See ErrMsg 3.00000 DCON1 (Sp) 10.116966

3 concreoto250 Beam See ErrMsg 3.50000 DCON1 (Sp) 10.910520

3 concreoto250 Beam See ErrMsg 4.00000 DCON1 (Sp) 10.880662

3 concreoto250 Beam See ErrMsg 4.50000 DCON1 (Sp) 10.027382

3 concreoto250 Beam See ErrMsg 5.00000 DCON1 (Sp) 8.350680

3 concreoto250 Beam See ErrMsg 5.50000 DCON1 (Sp) 5.850557

3 concreoto250 Beam See ErrMsg 6.00000 DCON1 (Sp) 2.980095

3 concreoto250 Beam See ErrMsg 6.50000 DCON1 (Sp) 2.980095

3 concreoto250 Beam See ErrMsg 7.00000 DCON1 6.322240

4 concreoto250 Beam See ErrMsg 0.00000 DCON1 6.322240

4 concreoto250 Beam See ErrMsg 0.50000 DCON1 3.556511

4 concreoto250 Beam See ErrMsg 1.00000 DCON1 1.643736

4 concreoto250 Beam See ErrMsg 1.50000 DCON1 (Sp) 1.643736

4 concreoto250 Beam No Messages 2.00000 DCON2 0.000590

Page 23: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 2 of 3

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 2 of 3

Frame FBotCombo FBotArea VCombo VRebar ErrMsg

m2 m2/m

1 DCON2 (Sp) 0.000590 DCON1 0.000000 Shear stress exceeds maximum allowed.

1 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 9.405556 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 12.922779 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 15.649779 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 17.586557 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 18.733114 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 19.089450 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 18.655567 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 17.431464 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 15.417143 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 12.612605 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

Page 24: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 2 of 3

Frame FBotCombo FBotArea VCombo VRebar ErrMsg

m2 m2/m

1 DCON1 9.017850 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 (Sp) 6.778353 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 (Sp) 13.817647 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

1 DCON1 (Sp) 21.680336 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 21.680336 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 15.989887 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 11.122805 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 7.079090 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

Page 25: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 2 of 3

Frame FBotCombo FBotArea VCombo VRebar ErrMsg

m2 m2/m

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 5.417774 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 7.739282 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

2 DCON1 (Sp) 11.929620 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 (Sp) 11.929620 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 (Sp) 6.195660 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

Page 26: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 2 of 3

Frame FBotCombo FBotArea VCombo VRebar ErrMsg

m2 m2/m

3 DCON1 (Sp) 2.980095 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 (Sp) 2.980095 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 5.818849 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 8.160860 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 9.712652 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 10.474226 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 10.445571 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 9.626678 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 8.017546 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 5.618176 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 (Sp) 2.980095 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

3 DCON1 (Sp) 2.980095 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

Page 27: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 2 of 3

Frame FBotCombo FBotArea VCombo VRebar ErrMsg

m2 m2/m

3 DCON1 (Sp) 6.584185 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

4 DCON1 (Sp) 6.584185 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

4 DCON1 (Sp) 3.702318 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

4 DCON1 (Sp) 1.643818 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

4 DCON1 (Sp) 1.643736 DCON1 0.000000 The required reinforcing exceeds maximum allowed; The required reinforcing exceeds maximum allowed; Shear stress exceeds

maximum allowed.

4 DCON2 0.000590 DCON2 0.000251 No Messages

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 3 of 3

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 3 of 3

Frame WarnMsg

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

1 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

Page 28: Manual de Practicas de SAP

Table: Concrete Design 2 - Beam Summary Data - Mexican RCDF 2001, Part 3 of 3

Frame WarnMsg

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

2 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

3 No Messages

4 No Messages

4 No Messages

4 No Messages

4 No Messages

4 No Messages

Page 29: Manual de Practicas de SAP

5.-

Table: Base Reactions, Part 1 of 4Table: Base Reactions, Part 1 of 4

OutputCase CaseType StepType StepNum GlobalFX GlobalFY GlobalFZ GlobalMX GlobalMY

Kgf Kgf Kgf Kgf-m Kgf-m

DEAD LinStatic 0.00 0.00 29075.16 0.00 158025.00

MODAL LinModal Mode 1.000000 1626135.47 0.00 0.00 0.00 0.00

MODAL LinModal Mode 2.000000 3974929.50 0.00 0.00 0.00 0.00

MODAL LinModal Mode 3.000000 1626135.47 0.00 0.00 0.00 0.00

LIVE LinStatic 0.00 0.00 18525.00 0.00 88200.00

Table: Base Reactions, Part 2 of 4Table: Base Reactions, Part 2 of 4

OutputCase StepType StepNum GlobalMZ GlobalX GlobalY GlobalZ XCentroidFX

YCentroidFX

Kgf-m m m m m m

DEAD 0.00 0.00000 0.00000 0.00000 0.00000 0.00000

MODAL Mode 1.000000 0.00 0.00000 0.00000 0.00000 -10.50000 0.00000

MODAL Mode 2.000000 0.00 0.00000 0.00000 0.00000 -10.50000 0.00000

MODAL Mode 3.000000 0.00 0.00000 0.00000 0.00000 -10.50000 0.00000

LIVE 0.00 0.00000 0.00000 0.00000 0.00000 0.00000

Table: Base Reactions, Part 3 of 4Table: Base Reactions, Part 3 of 4

OutputCase StepType StepNum ZCentroidFX

XCentroidFY

YCentroidFY

ZCentroidFY

XCentroidFZ

YCentroidFZ

m m m m m m

DEAD 0.00000 0.00000 0.00000 0.00000 -5.43505 0.00000

MODAL Mode 1.000000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000

MODAL Mode 2.000000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000

MODAL Mode 3.000000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000

LIVE 0.00000 0.00000 0.00000 0.00000 -4.76113 0.00000

Table: Base Reactions, Part 4 of 4Table: Base Reactions, Part 4 of 4

OutputCase StepType StepNum ZCentroidFZ

m

DEAD 0.00000

MODAL Mode 1.000000 0.00000

MODAL Mode 2.000000 0.00000

MODAL Mode 3.000000 0.00000

LIVE 0.00000

Page 30: Manual de Practicas de SAP

Table: Modal Load Participation RatiosTable: Modal Load Participation Ratios

OutputCase ItemType Item Static Dynamic

Percent Percent

MODAL Acceleration UX 100.0000 100.0000

MODAL Acceleration UY 0.0000 0.0000

MODAL Acceleration UZ 0.0000 0.0000

Table: Modal Participating Mass Ratios, Part 1 of 3Table: Modal Participating Mass Ratios, Part 1 of 3

OutputCase StepType StepNum Period UX UY UZ SumUX SumUY

Sec

MODAL Mode 1.000000 0.016990 0.902 0.000 0.000 0.902 0.000

MODAL Mode 2.000000 0.006162 0.093 0.000 0.000 0.996 0.000

MODAL Mode 3.000000 0.004508 4.471E-03 0.000 0.000 1.000 0.000

Table: Modal Participating Mass Ratios, Part 2 of 3Table: Modal Participating Mass Ratios, Part 2 of 3

OutputCase StepType StepNum SumUZ RX RY RZ SumRX SumRY

MODAL Mode 1.000000 0.000 0.000 0.000 0.000 0.000 0.000

MODAL Mode 2.000000 0.000 0.000 0.000 0.000 0.000 0.000

MODAL Mode 3.000000 0.000 0.000 0.000 0.000 0.000 0.000

Table: Modal Participating Mass Ratios, Part 3 of 3Table: Modal Participating Mass Ratios, Part 3 of 3

OutputCase StepType StepNum SumRZ

MODAL Mode 1.000000 0.000

MODAL Mode 2.000000 0.000

MODAL Mode 3.000000 0.000

Table: Modal Participation Factors, Part 1 of 2Table: Modal Participation Factors, Part 1 of 2

OutputCase StepType StepNum Period UX UY UZ RX RY

Sec Kgf-s2 Kgf-s2 Kgf-s2 Kgf-m-s2 Kgf-m-s2

MODAL Mode 1.000000 0.016990 11.890253 0.000000 0.000000 0.000000 0.000000

MODAL Mode 2.000000 0.006162 3.822922 0.000000 0.000000 0.000000 0.000000

MODAL Mode 3.000000 0.004508 0.837022 0.000000 0.000000 0.000000 0.000000

Table: Modal Participation Factors, Part 2 of 2Table: Modal Participation Factors, Part 2 of 2

OutputCase StepType StepNum RZ ModalMass ModalStiff

Kgf-m-s2 Kgf-m-s2 Kgf-m

MODAL Mode 1.000000 0.000000 1.0000 136762.060

MODAL Mode 2.000000 0.000000 1.0000 1039762.101

MODAL Mode 3.000000 0.000000 1.0000 1942762.141

Table: Modal Periods And FrequenciesTable: Modal Periods And Frequencies

OutputCase StepType StepNum Period Frequency CircFreq Eigenvalue

Sec Cyc/sec rad/sec rad2/sec2

MODAL Mode 1.000000 0.016990 5.8858E+01 3.6981E+02 1.3676E+05

MODAL Mode 2.000000 0.006162 1.6229E+02 1.0197E+03 1.0398E+06

MODAL Mode 3.000000 0.004508 2.2183E+02 1.3938E+03 1.9428E+06

Page 31: Manual de Practicas de SAP