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Graphic user interface (GUI) of the FEP++, i.e., the preprocessor. In addition, a postprocessor must be installed in the target machine before launching the Located in the "doc" folder of the installation directory. Simulations are provided in the 'Tutorial to Run the Examples.doc' file. Windows is provided in the 'FEP++ manual.doc' file. Information regarding the FEP++ program design and a demonstration of the data entry €¢ One output sub-folder (output files for all example cases) €¢ Four sub-folders, each of which includes an example

At the same time, a folder named FEP++ should appear under the Once the installation is completed successfully, an entry for the FEP++ should appear The wizard then guides the rest of the installation

Which will launch the installation wizard. The FEP++ can be installed in the target machine by double-clicking the installer file, In a CD entitled "Simulation Tools and Report Appendices for NCHRP Project 01-42A" (under This simulation package has been compressed into one installer file, i.e., 'FEP++.exe', and stored The resulting product, named the VECD-FEP++ (or simply FEP++) simulation package,Īllows the evaluation of top-down cracking mechanisms and the prediction of crack initiation. The VECD-based model was programmed in C++ and compiled using Microsoft Visual C-4Ĭ.1 Simulation Tools for the VECD-Based Model C-4Ĭ.2.1.3 Crack growth simulation (CGS). C-3Ĭ.2.1.2 Crack initiation simulation (CIS).

C-3Ĭ.2.1.1 Installation of the simulation package. C-1Ĭ.2 Simulation Tools for the HMA-FM-Based Model. C-1Ĭ.1 Simulation Tools for the VECD-Based Model. Because it is UNCORRECTED material, please consider the following text as a useful but insufficient proxy for the authoritative book pages. Below is the uncorrected machine-read text of this chapter, intended to provide our own search engines and external engines with highly rich, chapter-representative searchable text of each book.