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http://localhost:8080/xmlui/handle/123456789/146369| Title: | Heuristics and Hyper-Heuristics - Principles and Applications |
| Authors: | Javier Del Ser Lorente |
| Issue Date: | 2017 |
| Publisher: | IntechOpen |
| link: | https://www.intechopen.com/books/heuristics-and-hyper-heuristics-principles-and-applications |
| Keywords: | Computer science;impingement;erosion corrosion;API 5L-X65;flow loop;wear scar;creep fatigue;crack growth;grain boundary;hydrogen-assisted cracking;corrosion;SOHIC;cleavage fracture;cold-working process;surface-cracking process;impact toughness;strength;low temperatures;austenitic stainless steels;pipeline steel;tensile stress;corrosion;potentiodynamic polarization;EIS;brass extrusion;CFD simulation;extrusion failures;plastic deformation processing;finite element analysis;inverse modeling;post-necking hardening;biaxial tensile test;elevated temperature;reliability design;helix upper dispenser;fracture;parametric accelerated life testing;faulty designs;metal components;fracture mechanisms;fractography;fracture mechanics;quality improvement;finite element modeling;nanocrystalline materials;elastic moduli;yield strength;cast duplex stainless steels;thermal aging;tensile deformation;spinodal decomposition;smooth particle hydrodynamics;Titanium alloy machining;numerical simulation;cutting forces;chip formation;fracture;iterative FEM Method;GISSMO Model;softening;macroscopic strength criterion;isotropic metals;fracture plane;linear Mohr–Coulomb criterion;failure mechanism;W-30Cu;microstructure homogeneity;dynamic compression strength;ductility;failure mechanism;slow-rate machining;chip formation;shape;temperature;microhardness HV;creep;steam reforming;carbides;G-phase;aging;cast reformer tubes;hot stamping;press hardening;austenitizing furnace;high temperature fatigue;thermal distortion;conveying system;refractory steels;furnace component failure;ductile irons;tensile tests;mechanical properties;constitutive equations;quality assessment;shear angle;chip root;shape;built-up edge;slow-rate machining;convection tubes;AISI 304 stainless steel;failure analysis;sensitization;bake hardening;dent resistance;failure study;polynomial regression;yield strength;automotive steels;reformer tubes;HP-Mod;failure analysis;creep;surface modification techniques;degradation of protective layers;lubrication;nitrocarburizing;hardfacings;thermal-sprayed coatings;finite element analysis;forward slip prediction;strip marking method;multilinear regression;micro flexible rolling;thickness transition area;3D Voronoi modelling;automotive;6063 Alloy;EBSD;bendability;fractography;modeling;texture;tribological properties;wear;surface treatment;self-equalizing bearing;n/a |
| ISBN: | 9789535133834 9789535133841 |
| Theme: | 教科書-自然科學類 |
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