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Home > Publications > Concrete Resource Subscriptions > 562 PLUS Repair Subscription > Repair Search
The ACI 562 PLUS Repair Collection contains all new repair related Standards, Practices & Online Learning. The most recently added include
ACI SPEC-563-25: Repair of Concrete in Buildings—Specification
ACI CODE-562-25: Assessment, Repair, and Rehabilitation of Existing Concrete Structures—Code Requirements and Commentary
On-Demand Course: Seismic Resistance of FRP-Reinforced/Strengthened Concrete Structures
ACI PRC-548.11-24: Application of Epoxy and Latex Adhesives for Bonding Freshly Mixed and Hardened Concretes—Guide
ACI CODE-365-24: Service Life Evaluation—Design Specification
On-Demand Course: Design and Construction of Resilient and Durable Concrete Pavements Subjected to Extreme Conditions
Reducing the Carbon Footprint of Concrete Construction with Silica Fume
Title: ACI CODE-365-24: Service Life Evaluation—Design Specification
Author(s): ACI Committee 365
Document Type: Standards (codes & specs)
Date: November 2024
Abstract: This Design Specification provides minimum requirements for performing a service life evaluation as part of the design process for new structures and implementing the results of the evaluation into the construction phase. This Design Specification can be used as part of a design-bid-build project, a design-build project, or other project delivery options. The Design Specification is independent of the specific model or technique used to perform the service life evaluation. Although service life modeling is commonly used to evaluate chloride transport causing corrosion deterioration, the approach outlined in this Design Specification can be used for any deterioration mechanism that is capable of being modeled. The service life engineer performing the evaluation can either be the prime consultant or a subconsultant. A service life report is produced as part of this specification, documenting the service life evaluation, followed by a service life record report documenting the implementation into the new construction. Keywords: degradation mechanisms; deterministic modeling; durability; performance design; probabilistic modeling; quality control/quality assurance; service life prediction.