FISMA and the risk management framework the new practice of federal cyber security

Description

0ii_Tribology-and-Interface-Engineering-Series......Page 1 0iii_Series-Page......Page 2 0iv_Copyright......Page 3 0v_Preface......Page 4 01_Chapter-1-Mechanical-Analysis-of-the-Scratching-Properties-of-Coated-Polymers......Page 5 022_Chapter-2-Mechanical-Analysis-of-the-Scratching-of-Metals-and-Polymers-at-Moderate-and-Large-Strains......Page 26 056_Chapter-3-Friction-Damage-and-Stick-Slip-in-the-Scratching-of-Polymers......Page 60 085_Chapter-4-Nanoscratch-and-Interfacial-Friction-of-Poly-Amide-Fibres......Page 89 0102_Chapter-5-Metrology-for-Characterizing-the-Scratch-Resistance-of-Polymeric-Coatings-through-Optical-Scattering......Page 106 0124_Chapter-6-Scratching-of-Polymers-Deformation-Mapping-and-Wear-Modeling......Page 128 0136_Chapter-7-An-Overview-Of-The-Potential-Of-Quantitative-Coating-Adhesion-Measurement-By-Scratch-Testing......Page 140 0166_Chapter-8-Characterization-of-Mar-Scratch-Resistance-of-Coatings-with-a-Nano-Indenter-and-a-Scanning-Probe-Microscope......Page 170 0186_Chapter-9-Evaluating-the-Cohesive-Strength-of-a-Surface-Material-by-Controlled-Scratching......Page 190 0210_Chapter-10-Mechanical-Characterization-of-Nanostructured-TIB2-Coatings-Using-Microscratch-Techniques......Page 214 0223_Chapter-11-Damage-Identification-Of-Dlc-Coating-By-Microscratch-Test......Page 227 0232_Chapter-12-Correlation-Between-Adhesion-and-Wear-Behaviour-of-Commercial-Carbon-Based-Coating......Page 236 0250_Chapter-13-The-Study-of-the-Adhesion-of-a-TiN-Coating-on-Steel-Titanium-Alloy-Substrates-Using-a-Multi-Mode-Scratch-Tester......Page 254 0262_Chapter-14-Studies-On-Friction-And-Transfer-Layer-Using-Inclined-Scratch......Page 266 0280_Chapter-15-Scratch-Resistance-of-High-Nitrogen-Austenitic-Stainless-Steels......Page 284 0294_Chapter-16-Abrasion-of-Engineering-Ceramics-AiMgB14-TiB2-Composite-and-other-Hard-Materials......Page 298 0318_Index......Page 322