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ACI - American Concrete Institute: Recent submissions
Now showing items 221-240 of 636
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ACI 372R
Abstract: The recommendations supplement the general requirements for reinforced concrete and prestressed concrete design and construction given in ACI 350 and ACI 350.5. Design and construction recommendations cover the following ... -
ACI 357R
Abstract: This report is intended to be used as a guide for the design of fixed reinforced and/or prestressed concrete structures for service in a marine environment. Only fixed structures which are founded on the seabed and obtain ...Subject(s) : anchorage (structural) , concrete construction , construction materials , cracking (fracturing) , dynamic loads , earthquake resistant structures , earthquakes , foundations , grouting , harbor structures , inspection , loads (forces) , ocean bottom , offshore structures , post-tensioning , prestressed concrete , prestressing steels , reinforced concrete , repairs , static loads , structural analysis , structural design , underwater construction , -
ACI 313
Abstract: Scope:This Standard covers the design and construction of concrete silos and stacking tubes for storing granular materials. Silos for storing ...
Subject(s) : asymmetric flow , bins , circumferential bending , concrete , concrete construction , dead loads , dynamic loads: earthquake resistant structures , formwork (construction) , funnel flow , granular materials , hoppers , jumpforms , lateral loads: loads (forces) , lowering tubes , mass flow , overpressure , quality control , reinforced concrete , reinforcing steels , silos , slipform construction , stacking tubes , stave silos , stresses , structural analysis , structural design , thermal stresses , walls , -
ACI 350M
Abstract: Except for primary containment of hazardous materials, this code provides minimum requirements for the design and construction of reinforced concrete structural elements of any environmental engineering concrete structure, ...Subject(s) : Chemical attack , coatings , concrete durability , concrete finishing (fresh concrete) , concrete slabs , crack width , and spacing , cracking (fracturing) , environmental engineering , inspection , joint sealers , joints (junctions) , liquid , patching , permeability , pipe columns , pipes (tubes) , prestressed concrete , prestressing steels , protective coatings , reservoirs , roofs , serviceability , sewerage , solid waste facilities , tanks (containers) , temperature , torque , torsion , vibration , volume change , walls , wastewater treatment , water , water supply , water treatment , water-cement ratio , -
ACI 524R
Abstract: Exterior insulation and finish systems are exterior wall-cladding systems, consisting of an insulation board covered with an integrally reinforced base coat and a textured protective finish coat. Portland cement may be ...Subject(s) : admixture , base , bond , brown coat , cement , cracking , curing , finish coat , furring , hydration , masonry , plaster , proportion , reinforcement , scratch coat , shrinkage , stucco , texture , -
ACI 214R
Abstract: Introduction
This guide provides an introduction to the evaluation of concrete strength test results. Procedures described are applicable to the compressive strength test results required by ACI 301, ...Subject(s) : coefficient of variation , concrete strength , normal distribution , quality control , required overdesign , standard deviation , statistical methods , -
ACI 332.1R ERTA
Abstract: This code provides minimum requirements for design and construction of residential concrete elements when legally adopted as part of a general building code, of which this code forms a part. In areas without a legally ... -
ACI 437
Abstract: The scope, purpose, applicability, limitations, interpretation principles, and units of measure of "ACI Code Requirements and Commentary for Load Testing of Existing Concrete Structures," hereafter referred to as the "Code" ... -
ACI 309.2R
Abstract: GENERAL
A formed concrete surface, uniformly smooth or deeply textured and essentially free of blemishes and color variation, is difficult to attain. Since repairs to a defective surface are costly and ...Subject(s) : aggregates , bugholes , concretes , consistency , consolidation , construction joints , discoloration , formwork (construction) , mix proportioning , placing , preplaced-aggregate concrete , quality control , surface defects , temperature , vibration , voids , workability , -
ACI 530/530.1 ERTA
Abstract: Minimum requirements
This Code provides minimum requirements for the structural design and construction of masonry elements consisting of masonry units bedded in mortar.
Governing building code ...Subject(s) : AAC , masonry allowable stress design , anchors (fasteners) , anchorage (structural) , autoclaved aerated concrete masonry , beams , building codes , cements , clay brick , clay tile , columns , compressive strength , concrete block , concrete brick , construction , detailing , empirical design , flexural strength , glass units , grout , grouting , joints , loads (forces) , masonry cements , masonry load bearing walls , masonry mortars , masonry walls , modulus of elasticity , pilasters , prestressed masonry , quality assurance , reinforced masonry , reinforcing steel , seismic requirements , shear , specifications , splicing , strength , strength design , stresses , structural analysis , structural design , ties , unreinforced masonry , veneers , walls , -
ACI CCS-0
Abstract: PREFACE
This is the fourth booklet in the Concrete Craftsman Series published by the American Concrete Institute. This booklet is intended for anyone who wants a simple introduction to concrete and ... -
ACI 309R
Abstract: Freshly placed unconsolidated concrete contains excessive and detrimental entrapped air. If allowed to harden in this condition, the concrete will be porous and poorly bonded to the reinforcement. It will have low strength, ...Subject(s) : box out , compaction , consistency , consolidation , placing , rheology , rodding , segregation , spading , tamping , vibration , vibrator , workability , -
ACI 207.4R
Abstract: Scope: The need to control volume change induced primarily by temperature change in mass concrete often requires cooling and insulating systems. This report discusses three construction ...Subject(s) : cement content , coarse aggregate , creep , formwork , heat of hydration , mass concrete , modulus of elasticity , postcooling , pozzolan , precooling , restraint , specific heat , strain , stress , temperature rise , tensile strength , thermal conductivity , thermal diffusivity , thermal expansion , thermal gradient , thermal shock , -
ACI 349.2R
Abstract: This report has been prepared by members of the ACI 349 Sub-committee on Steel Embedments to provide examples of the application of the ACI 349 Code to the design of steel embedments. The ACI 349 Committee was charged in ... -
ACI 223R
Abstract: Recommendations of this guide include proportioning, mixing, placing, finishing, curing, and testing. Shrinkagecompensating concrete is produced using expansive cements or expansive component systems.
There have been ...Subject(s) : cement , calcium , cement , expansion , concrete , shrinkagecompensating , cracking , shrinkage , drying , mixture proportions , restraints , shrinkage, , slab-on-ground , structural design. , -
ACI SP-201
Abstract: PREFACE
Fracture mechanics concepts are increasingly used in designing concrete structures and also in understanding the fundamental behavior of concrete-like materials. Fracture mechanics concepts ... -
ACI 349.2R
Abstract: INTRODUCTION
This report was prepared by the members of the ACI 349 Subcommittee on Steel Embedments to provide examples of the application of ACI 349 to the design of steel embedments. The first edition ... -
ACI 211.5R
Abstract: This guide is limited to the preparation and review of the submittal of proposed materials and concrete mixture proportions for conformance with the requirements of the contract documents. It is not intended to impose ...Subject(s) : admixture , aggregate , compressive strength , fiber reinforcement , hydraulic cement , mixture proportion , required strength , water-cementitious materials ratio ,