Master the dual nature of residual stresses\u2014from potential engineering pitfalls to powerful design advantages\u2014with this comprehensive new handbook designed for engineers across all disciplines.<\/p>\n
Whether you are working to prevent unintended stress-related failures or seeking to harness engineered residual stresses for cutting-edge applications, ASM Handbook<\/em>, Volume 25A: Residual Stress Fundamentals<\/em> provides the critical knowledge you need to successfully integrate residual stress concepts into your component designs, manufacturing processes, and quality control systems.<\/p>\n Organized into five essential sections\u2014covering fundamentals, manufacturing sources, material performance impacts, engineered applications, and measurement techniques\u2014this authoritative resource empowers design and structural analysis engineers to confidently navigate residual stress challenges and unlock new possibilities in advanced engineering applications. Pre-order your copy today and transform how you approach residual stresses in your engineering practice.<\/p>\n A separate volume, ASM Handbook<\/em>, Volume 25B, Residual Stress Applications<\/em>, is in development and planned for publication as its companion volume in 2026.<\/p>\n CONTENTS<\/strong><\/p>\n FUNDAMENTALS AND TECHNOLOGICAL ASPECTS OF RESIDUAL STRESS<\/strong> SOURCES OF RESIDUAL STRESS AND DISTORTION IN MANUFACTURING<\/strong> RESIDUAL STRESS IN MATERIAL PROPERTIES AND PERFORMANCE<\/strong> TAILORING COMPRESSIVE RESIDUAL STRESSES<\/strong> RESIDUAL STRESS MEASUREMENT AND DOCUMENTATION<\/strong> REFERENCE INFORMATION<\/strong> Master the dual nature of residual stresses\u2014from potential engineering pitfalls to powerful design advantages\u2014with this comprehensive new handbook designed for engineers across all disciplines.<\/p>\n Whether you are working to prevent unintended stress-related failures or seeking to harness engineered residual stresses for cutting-edge applications, ASM Handbook<\/em>, Volume 25A: Residual Stress Fundamentals<\/em> provides the critical knowledge you need to successfully integrate residual stress concepts into your component designs, manufacturing processes, and quality control systems.<\/p>\n","protected":false},"featured_media":1154851,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_acf_changed":false,"_lmt_disableupdate":"no","_lmt_disable":""},"product_subject":[],"asm_product_category":[1738],"asm_product_type":[1745],"product_brand":[],"product_cat":[832],"product_tag":[1664],"product_structure":[753],"audience":[],"edfas_subject":[],"hts_subject":[],"ims_subject":[],"smst_subject":[],"subject":[865,907,860,856,867],"tss_subject":[],"topic":[957],"course":[],"class_list":{"0":"post-1154844","1":"product","2":"type-product","3":"status-publish","4":"has-post-thumbnail","6":"asm_product_category-books-and-handbooks","7":"asm_product_type-asm-handbook","8":"product_cat-books-and-handbooks","9":"product_tag-fractography","10":"product_structure-publications","11":"subject-failure-analysis","12":"subject-fracture","13":"subject-materials-properties-and-performance","14":"subject-materials-testing-and-evaluation","15":"subject-metallography-and-microstructures","16":"topic-failure-analysis-1","17":"member-discount","18":"discount-restricted","20":"first","21":"instock","22":"taxable","23":"shipping-taxable","24":"purchasable","25":"product-type-simple"},"bundled_by":[],"bundle_stock_status":"instock","bundle_stock_quantity":null,"bundle_virtual":false,"bundle_layout":"","bundle_add_to_cart_form_location":"","bundle_editable_in_cart":false,"bundle_sold_individually_context":"","bundle_item_grouping":"","bundle_min_size":"","bundle_max_size":"","bundle_price":[],"bundled_items":[],"bundle_sell_ids":[],"yoast_head":"\n
\nMechanics of Residual Stress, Importance of Equilibrium, Discussion of Length-Scales
\nFundamental Definitions in Residual Stress Analysis and Their Implications
\nTypes 1-3 Residual Stresses in Engineering Alloys\u2014Measurements and Impact
\nOverview of Computational Modeling of Residual Stresses
\nOverview of Residual Stresses from Manufacturing Processes<\/p>\n
\nIntroduction to Residual Stress and Distortion in Manufacturing
\nBulk Residual Stress Fields in Metals and Effects on Distortion and Fatigue
\nResidual Stress and Distortion in Cast Components
\nUnderstanding Residual Stresses in the Field of Additive Manufacturing
\nResidual Stress and Distortion from Machining
\nResidual Stress Induced by Grinding
\nResidual Stress and Distortion in Fusion Welding
\nResidual Stress and Distortion in Solid-State Welding
\nResidual Stress and Distortion from Quenching and Transformation Hardening<\/p>\n
\nIntroduction to Residual Stress in Material Properties and Performance
\nControlling Surface Damage and Residual Stress in the Preparation of Mechanical Test Specimens
\nThe Impact of Residual Stresses on Fatigue Properties
\nManaging The Effects of Residual Stress During Fracture Mechanics Property Characterization<\/p>\n
\nIntroduction to Compressive Residual Stress Treatments
\nManagement of Residual Stresses within Thermal and Mechanical Treatment Processes
\nResidual Stresses Produced by Surface Compressive Mechanical Straining
\nHole Cold Expansion and Coining<\/p>\n
\nIntroduction to Residual Stress Measurement
\nDeep-Hole Drilling
\nThe Slitting Method
\nThe Contour Method for 2D Residual Stress Mapping
\nAccepted Practice for the Modified Layer-Removal Method for Evaluating Residual Stresses in Thermal Spray Coatings
\nHole-Drilling and Ring Core Methods
\nIntroduction to Diffraction Methods for Residual Stress Measurement
\nResidual Stress Measurement and Modeling of Heterogeneous Multiphase Materials
\nX-Ray Diffraction Methods Using the Sin\u00b2 \u03c8 Approach in \u03c9, \u03c7, and Modified \u03c7 Modes
\nMeasuring Residual Stress Using X-Ray Diffraction and the Cos-Alpha Method
\nLayer Removal Correction for Diffraction Methods
\nResidual Stress Measurement in Single Crystal Materials
\nThin Film Stress Analysis by X-Ray Scattering Methods
\nSynchrotron X-Ray Methods for Evaluation of Residual Stress
\nUltrasonic Methods for Residual Stress Measurement
\nMagnetic Barkhausen Noise and Acoustic Barkhausen Emission
\nInstrumented Indentation Method
\nEmerging Fields and Methods in Neutron Strain Characterization
\nOther Nondestructive Methods for Measurement of Residual Stress
\nDocumentation of Residual Stress Measurements<\/p>\n
\nGlossary of Terms for Residual Stress Fundamentals
\nAbbreviations for Residual Stress Fundamentals<\/p>\n","protected":false},"excerpt":{"rendered":"