This chapter discusses obtaining, postprocessing, and visualizing results from Abaqus analyses. It provides an overview of the following enhancements:

• “Tracer particle output during an Eulerian analysis,” Section 13.1

• “Contact output enhancements,” Section 13.2

• “Calculation of extrapolated element integration point output directly from Abaqus/Standard,” Section 13.3

• “New surface output variables for enriched elements,” Section 13.4

• “Integrated output over a surface in Abaqus/Standard,” Section 13.5

• “Network stress output for parallel rheological framework,” Section 13.6

• “Matrix output into Nastran DMIG format,” Section 13.7

• “Requesting the section failure ratio across layers,” Section 13.8

• “Requesting the element status at the material points,” Section 13.9

• “Sensor definition enhancements,” Section 13.10

• “Requesting reaction force at the control nodes for media transport,” Section 13.11

• “Updating locations of the minimum and maximum contour values,” Section 13.12

• “Saving X–Y data,” Section 13.13

• “Defining free body cuts,” Section 13.14