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Heat of Hydration Created Edited

Heat of Hydration Analysis Result Graph

Function

  • Produce the time history graphs representing the analysis results of individual nodes resulting from Heat of Hydration stage analysis.

 

Call

From the main menu, select  [Results] tab > [Type : Heat of Hydration] > [Graph] group > [HY Results Graph]

 

Input

Results-Results-Heat of Hydration-graph.png

Graph dialog box


Defined Nodes

Specify the nodes and the direction components of stresses for which the time history analysis results of heat of hydration analysis are produced.


Graph Type

Select the types of analysis results for producing time history graphs for the selected nodes.

Stress + Alw. Stress Graph : Time history graphs for resulting stresses and allowable stresses

Stress Graph : Time history graphs for resulting stresses

Allowable Stress Graph : Time history graphs for allowable stresses

Crack Ratio Graph : Time history graphs for the ratios of the allowable stresses to resulting stresses (crack ratios)

Normal : Allowable stress / Resulting stress

Inverse : Resulting stress / Allowable stress

Temperature Graph : Time history graphs for temperatures at individual nodes


If Add is clicked

Add additional nodes for graphs.

 

Node : Select the node number to be displayed in a graph.

Element : Select the element number to be displayed in a graph.

Stress Components

Sig-XX : Stress component in the X-direction of the Global coordinate system

Sig-YY : Stress component in the Y-direction of the Global coordinate system

Sig-ZZ : Stress component in the Z-direction of the Global coordinate system

Max(X,Y,Z) : The maximum value of the stress components in the Global coordinate system

Sig-P1 : Principal stress in the 1st principal axis direction

Sig-P2 : Principal stress in the 2nd principal axis direction

Sig-P3 : Principal stress in the 3rd principal axis direction


X-Axis Type

Time : Produce the graphs relative to time.

Stage/Step : Produce the graphs by construction stages/steps.

Add : Add additional nodes for graphs.

Results-Results-Heat of Hydration-graph-node defined.png

Node : Select the node number to be displayed in a graph.

Element : Select the element number to be displayed in a graph.

Stress Componets

Sig-XX : Stress component in the X-direction of the Global coordinate system

Sig-YY : Stress component in the Y-direction of the Global coordinate system

Sig-ZZ : Stress component in the Z-direction of the Global coordinate system

Sig-P1 : Principal stress in the 1st principal axis direction

Sig-P2 : Principal stress in the 2nd principal axis direction

Sig-P3 : Principal stress in the 3rd principal axis direction

Max(X,Y,Z) : The maximum value of the stress components in the Global coordinate system

Stress and Allowable Tensile Stress Graph result


Context Menu

Using the context menu, you can have various options for representing graphs, saving data, and exporting images.

Change Title & Label : Modifies the title and label of a graph.

Define Graph Origin/Resolution/Range... : Modifies the functions for displaying the graph, such as graph origin, resolution, range, etc.

Zoom Out & Zoom Out All : By dragging the mouse on the graph, the user can zoom in and out.

X & Y Axis Log Scale : Displays a log scale on x or y axis.

Save Graph As Image : Selects the type of image to save, such as BMP image, JEPG image, Enhanced Metafile image, etc. By default, the graph is saved as a BMP image.

Save Graph As Text : Save the data in a text file.

Save Graph As Excel : Save the data in a MS-Excel file.

NOTE.png For X-Axis Type Stage/Step, the Define Graph Origin/Resolution/Range function does not apply.

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