Abstract
A detailed description of a path-following Interior point algorithm for constrained convex programs is presented. The algorithm employs a truncated logarithmic Barrier function, which is particularly suitable to problems with many nonactive constraints. A special version of the algorithm is adopted to minmax problems. Extensive testing of the algorithms on large-scale Structural Optimization problems (truss topology design, shape design with optimized material) demonstrate their efficiency
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∗Research supported by the Isreal-USA Binational Science Foundation(BSF).
∗Research supported by the Isreal-USA Binational Science Foundation(BSF).
Notes
∗Research supported by the Isreal-USA Binational Science Foundation(BSF).