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for the temperature algorithm the team atpdf-xchangehave made it possible to add a range of new barcode formats to documents withpdf-xchange editor,includingpdf417, datamatrix, aztec, maxicode, ean13, ean8, code39, code128, codabar andupcabarcodes. for ansys 2019r1 it is therefore necessary to ensure that an element temperature request exists in the uncracked mesh, whereas in earlier ansys versions it was not necessary to explicitly request temperatures (as long as stresses were requested). the meaning of the above change is that the request for element temperatures via outres,etmp,all in ansys 2019r1 or later does not generate stresses - a specific outres,strs,all request is needed. if there are no temperatures available from the output requests the ansys 2019r1.out file will report that the requested bfe data is not available. zencrack will report all crack front temperatures as zero and calculate temperature dependent data from temperatures that are all zero. a new model property has been added to the interface builder for the xcs.exe compiler that can be used to configure the xcs.exe parameters and the performance of the compiler. the property is called xcs.exe;. the pdf annotation feature in ansys 2019r1 is activated by default. a pdf annotation property, named pdfannotation, has been added to the property sheet so that it can be specified which pdf annotations should be used. new in ansys 2019 r1 are a number of improvements to the simulation of crack opening. first, in ansys 2019 r1, the crack opening is simulated using crack initiation, not the integral forms that were available in previous versions of ansys. this means that ansys 2019 r1 is able to simulate crack opening along a crack front without having to compute crack opening at each node. however, for users of ansys who require crack opening to be calculated at each node, the crack initiation function can be used in the crack initiation module. in ansys 2019 r1, this function is now available in the crack opening section of the crack opening module. the crack initiation module also now includes a function for calculating strain rate at each node, in addition to the strain. this is achieved via a drag equilibrium module, which simulates the drag on the crack and the stresses due to this drag.
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