[General Information]

• Template Name : Enter the name of the Assembly Unit to be created.

• Run Modify Mode after Creation : If turned on, the Assembly Unit Mode automatically runs when the user creates the template after entering all the settings so that the created template model can be modified.

[Bridge Information]

• Number of Piers : Sets the number of piers. The template supports up to 10 piers/11 spans.

• Pier Table Support : Sets the top and bottom connection methods.

[Guide]
Shows the variable information that defines the span configuration.

[Pier Table]

• Advanced : When set to On, the number of diaphragms and the pier table dimensions can be set differently to each pier individually.

• P.T. : Enter the total length of the pier table.

• B : Enter the horizontal length of the pier table bottom.

[Key Segment]

• Advanced : When set to On, the Key Segment length can be set differently for each pier table.

• K1 : Enter the Key Segment length of the span’s start point.

• K2 : Enter the Key Segment length of the span’s middle point.

[FCM Zone]

• Advanced : When set to On, the split interval distance of each girder in the direction of the pier start point of can be set individually.

• Zone1 : In the FCM Zone, enter the split interval distance of the girder from the pier in the start point direction. (Upto Key Segment)

• Zone2 : In the FCM Zone, enter the split interval distance of the girder from the pier in the end point direction. (Upto Key Segment)

[FSM Zone]
Set the segment distance information of the TSM Zone.

• FSM(Start) : Enter the girder split interval distance at the FSM Zone start point. (Upto Key Segment).

• FSM(End) : Enter the girder split interval distance at the FSM Zone end point. (Upto Key Segment).

[End Zone]
Set the expansion joint length of the strating point and the diaphragm thickness.

• Advanced : If set to On,

• Expansion Length(Start) : Enter the expansion joint lenth of the start point.

• Expansion Length(End) : Enter the expansion joint lenth of the end point.

• Diaphragm Length(Start) : Enter the diagphragm thickness at the start point.

• Diaphragm Length(End) : Enter the diagphragm thickness at the end point.

Deck Width : Enter the girder deck width.

Pave. Thickness : Enter the road pavement thickness.

Layout Offset : Enter the offset between the alignment center and the structure center.

Spacing

• Spacing(L1) : Enter the width of the left railing of the bridge traverse cross section.

• Spacing(L2) : The width of the left side road of the bridge traverse cross section is automatically input. (Entire Road Width - (Median Strip + Left Barrier + Right Barrier)) / 2

• Spacing(L3) : Enter the median strip width.

• Spacing(L4) : The width of the right side road to the cross section of the bridge is automatically input. (Entire Road Width - (Median Strip + Left Barrier + Right Barrier)) / 2

• Spacing(L5) : Enter the width of the right railing of the bridge traverse cross section.

Type(L1 ~ L5) : Set the type of structure that will be placed at Spacing (L1 to 5).

H0 ~ HSD0 : Enter the dimensions of the corresponding portion of the sectional drawing.

b1 : Enter the distance between the center of cross-section and the bearing center.

b2 : Enter the distance between the bearing center and the girder end in the bridge direction.

h1 : Enter the height of the standalone bearing.

h2 : Enter the total height of the bearing including the mortar.

Lh1 : Enter the haunch length from the diaphragm at the end of girder.

Lh2 : Enter the haunch length from the diaphragm at the pier.

Lh3 : In the case of double diaphragm, enter the haunch length between the two diaphragms.

Start Support : Select the start support of the Assembly Unit to create.

Middle Support : Select the middle support of the Assembly Unit to create.

End Support : Select the end support of the Assembly Unit to create.

Create Tendon : If set to Off, the Assembly Unit is created with the tendon dimensions.

H1 ~ DY3 : Enter the dimensions of the corresponding portion of the sectional drawing.

N1~N8 : Enter the number of tendons for each location (based on half deck)
- N1~N4 : Enter the number of tendons in the superstructure of the FCM.
- N5~N6 : FEnter the number of tendons in the substructure of the FCM.
- N7~N8 : : Enter the number of tendons of the FSM.

[FCM(Top)]
Enter the specifications and anchorage information of the tendon in the FCM superstructure.

[Tendon Area]

• Strand Diameter : Set the diameter of the strand.

• Number of Strand : Enter the number of strands.

[Anchorage]

• Manufacturer : Enter the manufacturer of the anchorage.

• Anchorage Type : Enter the type of anchorage.

• DB : Set the DB for each type of anchorage.

The option settings as identical to FCM.

[FCM(Bottom)]
Enter the specifications and anchorage information of the tendon in the FCM substructure.

[FSM]
FSM : Enter the specifications and anchorage information of the tendon in the FSM.

[Anchorage Number]
Enter the number of anchors for each segment. (based on half deck)
- Enter 1 : 1 tendon for each segment (total of 2) based on half deck.
- Enter 2: 2 tendons for each segment (total of 4) based on half deck.

[Anchorage Position]

• x ~ R(Mininmum) : Enter the dimensions of the corresponding portion of the sectional drawing.