Triple Friction Pendulum Element: Difference between revisions

Revision as of 06:23, 20 July 2012

Command_Manual
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This command is used to construct a Triple Friction Pendulum Bearing element object.

element TripleFrictionPendulum $eleTag $iNode $jNode

$eleTag	unique element object tag
$iNode $jNode	end nodes

EXAMPLE:

element TripleFrictionPendulum 1 1 2 ;

REFERENCES:

1) Dao ND, Ryan KL, … Verification of a Three-dimensional Triple Pendulum Bearing Element with General Friction Model Using Full Scale Test Data. Submitted to Earthquake Engineering and Structural Dynamics, 2012.

2) Dao ND. Experimental and Analytical Studies of the Seismic Response of a Full-scale 5- story Steel Moment Frame Building Isolated by Triple Pendulum Bearings. Dissertation, University of Nevada – Reno, 2012

Code Developed by: Nhan D. Dao, University of Nevada - Reno.

EXAMPLE 1:

Unidirectional static pushover of a TPB element with constant friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_StaticCyclicPushover.tcl

Results:

EXAMPLE 2:

Unidirectional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_1DDynamics_ConstFriction.tcl

Results:

EXAMPLE 3:

Unidirectional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_1DDynamics_VariableFriction.tcl

Results:

EXAMPLE 4:

2-dimensional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_2DDynamic_ConstFriction.tcl

Results:

EXAMPLE 5:

2-dimensional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_2DDynamic_VariableFriction.tcl

Results:

EXAMPLE 6:

3-dimensional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_3DDynamic_ConstFriction.tcl

Results:

EXAMPLE 7:

3-dimensional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.

Tcl code: Media:CheckingTripleFrictionPendulum_3DDynamic_VariableFriction.tcl

Results:

@@ Line 40: / Line 40: @@
 ----
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 1:'''
+|}
-EXAMPLE 1: Unidirectional static pushover of a TPB element with constant friction coefficients.
+Unidirectional static pushover of a TPB element with constant friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_StaticCyclicPushover.tcl]]
@@ Line 51: / Line 54: @@
-EXAMPLE 2: Unidirectional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 2:'''
+|}
+Unidirectional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_1DDynamics_ConstFriction.tcl]]
@@ Line 68: / Line 75: @@
-EXAMPLE 3: Unidirectional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 3:'''
+|}
+Unidirectional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_1DDynamics_VariableFriction.tcl]]
@@ Line 84: / Line 95: @@
-EXAMPLE 4: 2-dimensional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 4:'''
+|}
+-dimensional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_2DDynamic_ConstFriction.tcl]]
@@ Line 101: / Line 116: @@
-EXAMPLE 5: 2-dimensional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 5:'''
+|}
+-dimensional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_2DDynamic_VariableFriction.tcl]]
@@ Line 118: / Line 137: @@
-EXAMPLE 6: 3-dimensional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 6:'''
+|}
+-dimensional dynamic seismic analysis of a single mass supported by a TPB element with constant friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_3DDynamic_ConstFriction.tcl]]
@@ Line 135: / Line 158: @@
-EXAMPLE 7: 3-dimensional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.
+{|
+| style="background:yellow; color:black" | '''EXAMPLE 7:'''
+|}
+-dimensional dynamic seismic analysis of a single mass supported by a TPB element with variable friction coefficients.
 Tcl code: [[Media:CheckingTripleFrictionPendulum_3DDynamic_VariableFriction.tcl]]

Triple Friction Pendulum Element: Difference between revisions

Revision as of 06:23, 20 July 2012

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