Merge branch 'pages' of github.com:lanl/Fierro into pages

index.html

@@ -98,10 +98,10 @@ <h3>Parallel Multiscale Multiphysics Computational Mechanics Software for Assess
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                         <h4>Project Description</h4>
                         <p>
-                            Fierro (LANL code number C21030) mechanics is a modern C++ code that offers novel capabilities to simulate quasi-static solid mechanics problems and transient, compressible material dynamic problems with Lagrangian methods, which have meshes with constant mass elements that move with the material. Multiscale material models are coupled to world-leading numerical methods inside Fierro to simulate the performance of parts accounting for the underlying microstructure in the part. Fierro supports hybrid parallelism, using MPI for coarse-grained parallelism plus a range of hardware-specific languages for fine-grained parallelism to leverage diverse GPUs for efficient simulation runtimes.
+                            Fierro (LANL code number C21030) mechanics is a modern C++ code that offers novel capabilities to simulate multiscale multiphysics engineering problems and for autonomous multiphysics design optimization.  Fierro contains a suite of novel solvers for quasi-static solid mechanics problems and transient, compressible material dynamic problems with Lagrangian methods, which have meshes with constant mass elements that move with the material. Multiscale material models are coupled to world-leading numerical methods inside Fierro to simulate the performance of parts accounting for the underlying microstructure in the part. Fierro supports hybrid parallelism, using MPI for coarse-grained parallelism plus a range of hardware-specific languages for fine-grained parallelism to leverage diverse GPUs for efficient simulation runtimes. The  combined capabilities in Fierro are key to reallizing the full-potential of diverse manufacturing processes by leveraging modern high-performance computing machines to: assess the performance of parts accounting for the underlying materical microstructure, and design optimal parts autonomously that are additively manufactured.
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-                        Fierro is designed for:
+                        Fierro is advantageous for:
                         <ul>
                             <li>Multiphysics multiscale assessments </li>
                             <li>Multiphysics multiconstraint topology optimization </li>