Bookshelf
List of the Books available at ICACI’s Library
For availability of book please contact chapter office on infoicaci@gmail.com or 022-24469175
| ACI Codes | Library Books * Topical Index * ACI- Publications* | Lib. No |
|---|---|---|
| Admixtures | ||
| See also Fly Ash, Slag,Pozzolans and Silica Fume | ||
| 212 3R 91 | Chemical Admixtures for Concrete | 27 |
| 212 3R 04 | Chemical Admixtures for Concrete | 300 |
| 212 3R 10 | Chemical Admixtures for Concrete | 393 |
| 212 4R 93 | Guide for the use of High range water reducing - | |
| Admixtures (Superplasticizers) in Concrete | 29 | |
| 212 4R 04 | Guide for the use of High range water reducing - | |
| Admixtures (Superplasticizers) in Concrete | 305 | |
| SP-119 | Superplasticizers and other Chemical Admixtures in Concrete. | 258 |
| SP-148 | Superplasticizers and other Chemical Admixtures in Concrete. | 286 |
| (Fourth CANMENT) | ||
| SP-173 | Superplasticizers and other Chemical Admixtures in Concrete. | 311 |
| (Fifth CANMENT) | ||
| SP-195 | Superplasticizers and other Chemical Admixtures in Concrete. | 334 |
| (Sixth CANMENT) | ||
| SP-217 | Superplasticizers and other Chemical Admixtures in Concrete. | 369 |
| Aesthetics | ||
| 124.2.94 | Mercer Mile Buildings | 3 |
| Concrete: A Pictorial Celebration | ||
| Aggregates | ||
| 221 R 96 | Guide for use of Normal weight and Heavy weight | 141 |
| Aggregates in Concrete. | ||
| E1-78 | Aggregates for Concrete. | 519 |
| Alkali-Aggregate Reaction (AAR) | ||
| 221 1R 98 | State of the Art Report on Alkali- Aggregate Reactivity | 201 |
| Anchors | ||
| 355 1R 91 | State of the Art Report on Anchorage to Concrete. | 273 |
| 355.2.04/R04 | Qualification of Post-Installed Mechanical Anchors in Concrete & Commentary | 313 |
| 355.2. 07 | Qualification of Post-Installed Mechanical Anchors in Concrete & Commentary | 347 |
| 355 3R 11 | Guide for Design of Anchorage to Concrete: Examples using ACI 318 | 402 |
| 355.4.11 | Qualification of Post Installed Adhesive Anchors in Concrete | 408 |
| 349 2R 97 | Embedment Design Examples. | 195 |
| 349.2R 07 | Guide to the Concrete Capacity Design (CCD) -Embedment Design.. | 354 |
| SP-283 CD | Understanding Adhesive Anchors: Behaviour,Materials,Installn, Design | 0 |
| Architectural Concrete | ||
| 303 R 91 | Guide to Cast-in-place Architectural concrete Practices. | 39 |
| 303 R 04 | Guide to Cast-in-place Architectural concrete Practices. | 306 |
| 303R.12 | Guide to cast in Place Architectural concrete practice | 412 |
| 303.1.97 | Standard Specification for cast-in-place Architectural- | 186 |
| 523.4R.09 | Guide for Design & Construction with Autoclaved Aerated Concrete Panels | 377 |
| Bond | ||
| see also Reinforcement | ||
| 408 2R 92 | State of the Art Report: Bond under Cyclic Loads | 130 |
| 408 R 03 | Bond and Development of straight Reinforcing Bars in Tension | 297 |
| 408 R 03 | Bond and Development of straight Reinforcing Bars in Tension | 381 |
| SP-180 | Bond and Development of Reinforcement - | 318 |
| (A Tribute to Peter Gergely) | ||
| ITG2-98 | Provisonal Standard for splice and development Length - | 212 |
| of High Relative Rib area Reinforcing Bars in Tension. | ||
| Bridges | ||
| See also Guideways And Repair | ||
| 343 R 95 | Analysis and Design of Reinforced Concrete Bridge - | 190 |
| Structures. | ||
| 341 2R 97 | Sesmic Analysis and Design of concrete Bridge Systems | 162 |
| 341 3R 07 | Sesmic Evaluation & Retrofit Techniques for Concrete Bridges | 340 |
| 345 R 91 | Guide for Concrete Highway Bridge Deck Construction. | 81 |
| 345 R.11 | Guide for Concrete Highway Bridge Deck Construction | 407 |
| 345 1R 92 | Routine Maintenance of concrete Bridges. | 80 |
| 345 2R 98 | Guide for Widening Highway Bridges | 203 |
| SP-187 | Seismic Response of Concrete Bridges | 322 |
| SP-151 | Concrete Bridges in Aggressive Environments | 289 |
| SP-271 CD | Structural Concrete in Performance-Based Seismic Design of Bridges | 0 |
| SP-277 CD | Recent Advances in Maintenance and Repair of Concrete Bridges | 0 |
| Blast & Impact | ||
| SP-281 CD | Behaviour of Concrete structures Subjected to Blast and Impact Loadings | 0 |
| Cellular Concrete | ||
| See also Controlled Low- Strength Materials | ||
| 523 1R 92 | Guide for Cast in Place Low Density Concrete | 111 |
| 523.1R.06 | Guide for Cast-in-place Low-Density Cellular Concrete | 337 |
| 523 2R 96 | Guide for precast Cellular Concrete floor, roof and wall units | 180 |
| 523 3R 93 | Guide for cellular concrete above 50pcf and for Aggregate - | 280 |
| Concretes above 50 pcf with compressive strengths less than | ||
| 2500 psi | ||
| Cement | ||
| 225 R 99 | Guide to the Selection and use of Hydraulic Cements | 217 |
| E3.93 | Hydraulic Cement for Concrete | 510 |
| Lea s Chemistry of Cement and Concrete | 518 | |
| Certification | ||
| CP-1 (95) | Concrete Field Testing Technician - Grade I | 501 |
| CP-10 (94) | Concrete Flatwork Technician & Flatwork Finisher | 502 |
| CP-21 | Inspector Reference Package | 504 |
| CP-31 | Transportation Inspector reference Package | |
| Chimneys | ||
| 307 95 / R 95 | Standard Pract.for the Desgn.&Constn. Of Reinf.Concr.Chimneys | 155 |
| 307 98/ R 98 | Standard Pract.for the Desgn.&Constn. Of Reinf.Concr.Chimneys | 155 |
| 307-88/ R 88 | Design and Constucion of Reinforced concrete Chimneys - | 48 |
| Cold Weather | ||
| 306 R 88 | Cold Weather Concreting | 44 |
| 306.1.90 | Standard specifications for cold weather concreting | 46 |
| 306 R 10 | Guide to Cold weather Concreting | 396 |
| Columns | ||
| 441 R 96 | High Strength Concrete Coloumns: State of the Art | 175 |
| Concrete Technology | ||
| SP-104 | The Lewis H Tuthill International Symposium. Concr.&concr.Conctn | 246 |
| SP-106 | Computer Applications in Concrete Technology. San Antonio 1887 | 352 |
| SP-141 | New Concrete Technology | 579 |
| SP-144 | Concrete Technology . Past, Present, and Future | 282 |
| SP-154 | Advances in Concrete Technology SECOND CANMET | 292 |
| SP-171 | Advances in Concrete Technology | 309 |
| SP-179 | Recent Advances in Concrete Technology (Fourth CANMET) | 315 |
| SP-222 | Recent Advances in Concrete Technology (Seventh CANMET) | 361 |
| Supplementary Papers (Seventh CANMET) | 362 | |
| SP-235 | Recent Advances in Concrete Technology (Eighth CANMET) | 382 |
| SP-243 | Recent Advances in Concrete Technology (Ninth CANMET) | 384 |
| SP-252CD | Health Monitoring Systems & Sensors for Assessing Concrete | 0 |
| Consolidation | ||
| 237 R 07 | Self Consolidating Concrete | 345 |
| 309.R.05 | Guide for Consolidation of Concrete | 319 |
| 309 R 96 | Guide for Consolidation of Concrete | 156 |
| 309 1R 93 | Behavior of Fresh Concrete during Vibration | 50 |
| 309 1R 08 | Report on behavior of fresh concrete During Vibration | 367 |
| 309 2R 98 | Identification and Control of visible effects of Consolidation on | 202 |
| Formed Concrete Surfaces | ||
| 309 3R 92 | Guide to Consolidation of Concrete in congested Areas | 54 |
| 309 5R 00 | Compaction of Roller-Compacted Concrete | |
| SP-96 | Consolidation of Concrete. | 239 |
| Construction Practices. | ||
| See also Curing, Consolidation, Placing, Formwork, | ||
| Hot weather, Cold weather, and Inspection | ||
| SP-223 | Investigating Concrete | 370 |
| ASCC | The Contractors Guide to Quality Concrete Construction | 514 |
| CCS-0 | Concrete Fundamentals | 506 |
| CCS-1 | Slabs on Grade | 507 |
| CCS-2 | Cast-in-Place Walls | 508 |
| CCS-3 | Supported Beams and Slabs | 509 |
| High Strength Concrete | 512 | |
| Controlled Low Strength Materials | ||
| See also Cellular Concrete | ||
| 229 R 99 | Controlled Low Strength Materials (CLSM) | 211 |
| SP-150 | Controlled Low Strength Materials | 288 |
| Corrosion ( see also Durability ) | ||
| 222 R 96 | Corrosion of Metals in Concrete | 142 |
| 222.3R 11 | Guide to Design & Constn.practices to Mitigate corrossion - | 401 |
| of Reinforcement in Concrete Structures | ||
| Cracking | ||
| See also Repair | ||
| 224 R 89 | Control of Cracking in Concrete Structures (MCP-3) | 28 |
| 224 1R 93 | Causes, Evaluation and Repair of cracks in Concrete structures | 49 |
| 224 1R 07 | Causes, Evaluation and Repair of cracks in concrete Structures | 338 |
| 224 2R 92 | Cracking of concrete Members in Direct Tension | 31 |
| 231 R 10 | Report on Early-Age Cracking:Causes, Measurement & Mitigation | 384 |
| SP-220 | Autogenous Deformation of Concrete (ACI Symposium) | 365 |
| Creep and Shrinkage | ||
| See also Deflections | ||
| 209 R 92 | Prediction of creep, Shrinkage and Temperature effects in | 9 |
| Concrete Structures | ||
| 209.1R.05 | Report on factors Affecting shrinkage and creep of Hardened Concrete | 317 |
| SP-194 | Creep and Shrinkage - Structural Design Effects | 332 |
| ( The Adam Neville Symposium ) | ||
| SP-135 | Creep And Shrinkage of Concrete: Effects of Materials and | 273 |
| Environment | ||
| SP-129 | Computer Analysis of the Effects of Creep, Shrinkage and | 267 |
| Temperature changes on Concrete Structures | ||
| Curing | ||
| 308.(92) | Standard Practice for curing Concrete | 52 |
| 308.1-98 | Standard Specification for Curing Concrete | 192 |
| 308.1.11 | Specification for Curing Concrete | 405 |
| 517 2R 87 | Accelerated curing of concrete at Atmospheric Pressure | 279 |
| Definitions | ||
| See also Notation | ||
| 116 R-00 | Cement and Concrete Terminology | 221 |
| Deflections | ||
| See also Creep and Shrinkage | ||
| 435 R 95 | Control and Deflection in Concrete Structures | 173 |
| 435 7R 85 | State of the Art Report on Temperature - induced Deflections | 275 |
| of Reinforced Concrete Members | ||
| 435 8R 85 | Observed Deflections of Reinforced Concrete Slab Systems, | 276 |
| and Causes of Large Deflections | ||
| SP-284 CD | Andy Scanlon Symposium on Serviceability & Safety of Conc. Structures | 0 |
| SP-161 | Recent Developments in Deflection Evaluation of Concrete | 299 |
| SP-86 | Deflections of Concrete Structures | 229 |
| Design (Codes) | ||
| 314R.11 | Guide to simplified Design for Reinforced concrete Buildings | 413 |
| 318-99 | Building code Requirements for Structural concrete and Commentary | 61 |
| 318 M 99 | Metric Building code requirements for structural concrete and Commentary | 58 |
| 318-02 | Building code Requirements for Structural concrete and Commentary | 248 |
| 318 M 02 | Metric Building code requirements for structural concrete and Commentary | 248 |
| 318-05 | Building code requirements | |
| 318.08 | Building Code Requirements for Structural Concrete and Commentary | 356 |
| 318.11 | Building Code Requirements for structural concrete | 406 |
| 349.2R 07 | Guide to the Concrete Capacity Design (CCD) Method -Embedment Design.. | 354 |
| SP-17 (09) | ACI Design Hand Book | 387 |
| SP-71(95) | ASTM Standards in ACI 301 and 318 | 218 |
| SP-71(84) | ASTM Standards in ACI 301 and 318 | 219 |
| SP-71 (05) | ASTM Standards in 301 and 318 | 219 |
| SP-162 | Mete A. Sozen Symposium… A Tribute From his Students | 300 |
| SP-208 | Examples for the Design of Structural Concrete with Strut-and- Tie models | 366 |
| SP-273 | Further Examples for the Design of Structural concrete with | |
| Strut and Tie Models | 388 | |
| Detailing | ||
| SP-66 | ACI Detailing Manual ( Formerly referred to as 315 ) | 214 |
| SP-66 (04) | ACI Detailing Manual | 214 |
| Durability | ||
| See also Alkali - Aggregate Reaction and Corrosion | ||
| 201 1R 92 | Guide for making a Condition Survey of Concrete in Service | 6 |
| 201 1R 08 | Guide for conducting a visual inspection of concrete in Service | 366 |
| 201 2R 92 | Guide to Durable Concrete | 5 |
| 201 2R 08 | Guide to Durable Concrete | 360 |
| 209 2R 08 | Guide for modeling & calculating Shrinkage and creep in hardened concrete | 361 |
| 365 1R 00 | Service- Life- Prediction - State of the Art Report | 228 |
| SP-192 | Fifth CAMNENT/ACI International Confrence on Durability of | 330 |
| Concrete | ||
| SP-191 | Water to Cement Ratio and othedr Durability Parameters - | 329 |
| Techniques for Determination | ||
| SP-177 | Ettringite - The Sometimes Host of Destruction | 324 |
| SP-170 | Fourth CANMENT/ACI International Conference on Durability | 308 |
| of Concrete | ||
| SP-145 | Third International Conference. Durability of Concrete. | 283 |
| SP-133 | Designing Concrete Structures for Serviceability and Safety | 271 |
| SP-126 | Durability of Concrete | 264 |
| SP-117 | Long Term Serviceability of Concrete Structures | 257 |
| SP-234 | Durability of Concrete (SEVENTH CANMET/ACI) | 381 |
| C-34 | Bridge Durability and Performance | 423 |
| C-25 | Concrete Durability : Corrosion Protection | 414 |
| C-24 | Durable Concrete | 413 |
| Environmental | ||
| See also Tanks | ||
| 350-06 | Code Requirements for Environmental Engineering Concrete Structures | 341 |
| 350 2R 04 | Concrete Structures for Containment of Hazardous Materials | 307 |
| 350.3.06 | Seismic Design of Liquid-Containing Concrete Structures and Commentary | 335 |
| 350 4R 04 | Design Considerations for Environmental Engg. Concrt. Structures | 292 |
| Epoxies | ||
| See also Polymer Concrete and Repair | ||
| 503 R 93 | Use of Epoxy Compounds with Concrete | 77 |
| 503.1.92/503.4.92 | Four Epoxy Standards | 101 |
| 503.3.10 | Specification for Producing Skid Resistant surface on Concrete by | 398 |
| the use of Epoxy and Aggregate | ||
| 503 5R 92 | Guide for the Selection of Polymer Adhesives with Concrete | 132 |
| 503 6R 97 | Guide for the Application of Epoxy and Latex Adhesives for | 177 |
| Bonding Freshly Mixed and Hardened Concretes | ||
| 503.7.07 | Specification for Crack Repair by Epoxy Injection | 353 |
| Evaluation | ||
| See also Testing and Non Destructive Testing | ||
| 437 R 91 | Strength Evaluation of Existing Concrete Buildings | 104 |
| 437 R 03 | Strength Evaluation of Existing Concrete Buildings | 298 |
| 437.1R 07 | Load Tests of Conc Struct: Methods, Magnitude Protocols &accept criteria | 343 |
| SP-285 | Concrete constructionand structural Evaluation: | 0 |
| Symposium Honoring Dov kaminetzky | ||
| SP-143 | New Experimental Techniques for Evaluating Concrete material | 281 |
| and Structural Performance | ||
| SP-88 | Strength Evaluation of Existing Concrete Bridges | 231 |
| Fatigue | ||
| See also Impact | ||
| 215 R 74 (92) | Considerations for Design of Concrete Structures Subjected | 21 |
| to Fatigue Loading | ||
| Ferrocement | ||
| 549 R 97 | State of the Art Report on Ferrocement | 184 |
| 549 1R 93 | Guide for the Design, Construction and Repair of Ferrocement | 123 |
| 549 2R 04 | Report on Thin Reinforced Cementious Products | 303 |
| 549 3R 09 | Report on Glass Fiber-Reinforced Concrete Premix | 383 |
| SP-146 | Thin Reinforced concrete Products and Systems | 284 |
| SP-124 | Thin Section Fiber Reinforced Concrete and Ferrocement | 262 |
| SP-260-CD | Fabrications Technologies for Thin Cementitious Products | 0 |
| Fiber Reinforced Concrete | ||
| 544 1R 96 | State of the Art Report on Fiber Reinforced Concrete | 181 |
| 544 2R 89 | Measurement of Properties of Fiber Reinforced Concrete | 281 |
| 544 3R 93 | Guide for Specifying, Proportioning, Mixing, Placing & finishing steel FRC | 109 |
| 544 4R 88 | Designing Considerations for Steel Fiber Reinforced Concrete | 199 |
| 544. 5R 10 | Report on the Physical properties & Durability of Fiber Reinforced Concrete | 387 |
| SP-280 CD | Advances in FRC Duarbility and field Application | 0 |
| SP-272 | Four decades of Progress in Prestressed Concrete FRC & Thin laminate compo | 387 |
| SP-268 CD | Fiber Reinforced Concrete in Practice | 0 |
| SP-216 | Innovations in Fiber Reinforced Concrete For Value | 368 |
| SP-190 | High Performance Fiber Reinforced Concrete. | 335 |
| SP-182 | Structural Applications of Fiber Reinforced Concrete | 320 |
| SP-155 | Testing of Fiber Reinforced Concrete | 293 |
| SP-142 | Fiber Reinforced Concrete Developments and Innovations | 280 |
| C-28 | Synthetic and other Non Metalic Fiber Reinforcement of Concrete | 417 |
| C-27 | Steel Fiber Reinforced Concrete | 416 |
| Fiber Reinforced Polymers (FRP) | ||
| 440 R 96 | State of the Art Report on Fiber Reinforced Plastic ( FRP ) | 174 |
| 440 R 07 | Report on Fiber Reinforced Polymer (FRP)Reinforcement forConcrt. Strucures | 352 |
| 440 1R 06 | Guide for the Design and Constn.of Strc.concrete. Reinforced with FRP Bars | 331 |
| 440 2R 08 | Guide for the Design & Construction of Externally Bonded FRP Systems | 369 |
| 440 3R 04 | Guide Test Methods for Fiber-Reinforced Polymers for - | 308 |
| Reinforcing for Strengthening Concrete Structures | ||
| 440 4R 04 | Prestressing Concrete Structures with FRP Tendons | 309 |
| 440.5.08 | Specificn for Construction with Fiber Reinforced polymer Reinforcing Bars | 370 |
| 440.6.08 | Specification for Carbon and Glass fiber Reinforced polymer Bar materials for | 371 |
| Concrete Reinforcement | ||
| SP-138 | Fiber Reinforced Plastic Reinforcement for Concrete Structures | 276 |
| SP-188 | Fourth International Symposium on Fiber Reinforced Polymer | 326 |
| Reinforcement for Reinforced Concrete Structures | ||
| SP-215 | Field Applications of FRP Reinforcement Case Studies | 367 |
| SP-230 | 7th International Symposium. Fiber Reinforced Polymers. Vol. I | 379 |
| SP-230 | 7th International Symposium. Fiber Reinforced Polymers. Vol. II | 380 |
| SP-258 CD | Seismic Strengthening of Concrete Buildings Using FRP Composites | 0 |
| SP-264 CD | Serviceability of concrt members Reinforced with Internal/ External FRP | 0 |
| SP-275 CD | Fiber Reinforced Polymer Reinforcement for Concrete Structures | 0 |
| SP-276 CD | Durability Enhancements in Concrete with Fiber Reinforcement | 0 |
| SP-286 CD | A fracture approach for FRP Concrete structures | 0 |
| Fire Resistance | ||
| 216 R 87 | Guide for Determining Fire Endurance of Concrete Elements | 22 |
| 216 R 89 | Guide for Determining Fire Endurance of Concrete Elements | 22 |
| 216.1.97 | Standard method for Determining the Fire Resistance of - | 140 |
| Concrete and Masonary Construction Assemblies | ||
| 216.1.07 | Code requirements for Determining Fire Ressistance of Concrete and | |
| Masonry Construction Assemblies | 350 | |
| SP-279 | Innovations in Fire Design of Concrete Structures | 0 |
| Fly Ash | ||
| See also Pozzolans | ||
| 232 2R 96 | Use of Fly Ash in Concrete | 147 |
| 232 2R 03 | Use of Fly Ash in Concrete | 288 |
| SP-221 | Fly Ash, Silica Fume, Slag and - | 363 |
| Natural Pozzolans in Concrete (Eighth CANMET) | ||
| supplement | International Conference on Fly Ash, Silica Fume, Slag and - | 363 |
| Natural Pozzolans in Concrete (Eighth CANMET) | ||
| SP-242 | 9th CANMET / ACI Fly Ash Conference | 383 |
| Formwork | ||
| 347 R 94 | Guide to Formwork for Concrete | 164 |
| 347 R 03 | Guide to Formwork for Concrete | 289 |
| 347.R-05 | Guide for Shoring/Reshoring of Concrete Multisory Buildings | 321 |
| SP-4 | Formwork for Concrete | 202 |
| SP-107 | Forming Economical Concrete Buildings | 248 |
| C-26 | Formwork for Concrete | 415 |
| Foundations | ||
| 336.1.98 / 1R 98 | Reference Specification for the Construction of Drilled Piers | 161 |
| 336 2R 66 | Suggested Analysis and Design Procedures for combined footings & Mats | 76 |
| 336 2R 88 | Suggested Analysis and Design Procedures for combined - | 270 |
| Footings and Mats | ||
| 336 3R 93 | Design and Construction of Drilled Piers (MCP 4) | 68 |
| 351 1R 99 | Grouting Between Foundations and Bases for support of - | 219 |
| Equipment and Machinery | ||
| 351 2R 94 | Foundations for Static Equipment | 171 |
| 351 3R 04 | Foundations for Dynamic Equipment | 301 |
| 543 R 00 | Design, Manufacture, and installation of Concrete Piles. | 232 |
| 543R.12 | Guide to Design, Manufacture and Installation of Concrete Piles | 411 |
| SP-152 | Design and Performance of Mat Foundations - State of the Art Review | 290 |
| C-19 | Concrete Foundations | 408 |
| Fracture Mechanics | ||
| 446 1R 91 | Fracture Mechanics of Concrete, Concepts, Models, and | 198 |
| Determination of Material Properties | ||
| 446 3R 97 | Finite Element Analysis of Fracture in Concrete Structures: | 176 |
| State of the Art | ||
| 446 4R 04 | Report on Dynamic Fracture for Concrete | 302 |
| SP-156 | Interface Fracture and Bond | 294 |
| SP-134 | Concrete Design Based on Fracture Mechanics | 272 |
| SP-118 | Fracture Mechanics: Applications to Concrete | 354 |
| Guideways | ||
| 358 1R 92 | Analysis and Design of Reinforced and Prestressed concrete- | 127 |
| Guideway Structures | ||
| Grouting | ||
| 351.1R.12 | Report on Grouting between foundations and Bases for Support of | 410 |
| Equipment and Machinery | ||
| High Performance Concrete | ||
| 363 R 92 | State of the Art Report on High Strength Concrete | 129 |
| 363 R 10 | Report on High-Strength Concrete | 385 |
| 363 2R 98 | Guide to Quality Control and Testing of High Strength concrete | 204 |
| 363.2R.11 | Guide to Quality control and Assurance of High Strength Concrete | 409 |
| SP-253 CD | ACI / CANMET/ IBRACON Iintl. Conferenceon High performance CD-ROM | 0 |
| SP-228 | Seventh International Symposium on the Utilization of High strength - | 375 |
| High Performance Concrete Vol. I & Vol. II | 376 | |
| SP-218 | High Performance Structural Lightweight Concrete | 360 |
| SP-189 | High Performance Concrete - Research to Practice | 328 |
| SP-186 | High Performance Concrete -: Performance & quality of concrt. Structures | 323 |
| SP-176 | High Strength Concrete in Seismic Regions | 317 |
| SP-172 | High Performance Concrete | 310 |
| SP-167 | High Strength Concrete : An International Perspective | 305 |
| SP-159 | High Performance Concrete : International Workshop | 297 |
| SP-149 | High Performance Concrete: ACI International - conf. Singapore | 287 |
| SP-140 | High Performance Concrete in Severe Environments | 278 |
| SP-122 | Paul Klieger Symposium on Performance of Concrete | 355 |
| SP-121 | Utilization of High Strength Concrete - Second International - Symposium | 260 |
| C-32 | High Performance Concrete | 421 |
| C-17 | High Strength Concrete, Compilation | 406 |
| High Strength Concrete, Course Manual | 512 | |
| Hot Weather | ||
| 305 R 99 | Hot weather Concreting (MCP 2) | 225 |
| 305 R 10 | Guide to Hotweather Concreting | 389 |
| 305 1 06 | Specification for Hot Weather Concreting | 339 |
| SP-139 | Durable Concrete in Hot climates | 277 |
| Hybrid | ||
| SP-174 | Hybrid and Composite Structures | 312 |
| SP-196 | Composite and Hybrid Systems | 336 |
| Hydraulic Structures | ||
| See also Mass Concrete | ||
| 210 R 93 | Erosion of Concrete in Hydraulic Structures (MCP !) | 23 |
| 210 1R 94 | Compendium of Case Histories on Repair of Erosion - Damaged | 138 |
| concrete in Hydraulic Structures | ||
| Impact | ||
| See also Fatigue | ||
| SP-175 | Concrete and Blast Effects | 316 |
| Inspection | ||
| 311 4R 00 | Guide for Concrete Inspection | 227 |
| 311.4R.05 | Guide for Concrete Inspection | 325 |
| 311 5R 97 | Guide for Concrete Plant Inspection and Field Testing of - | 196 |
| Ready Mixed Concrete | ||
| 311.5.04 | Guide for Concrete Plant Inspection and Field Testing of - | 291 |
| Ready Mixed Concrete | ||
| 311.6.09 | Specification for Ready Mixed Concrete Testing Services | 380 |
| SP-2 (99) | ACI Manual of Concrete Inspection | 201 |
| SP.02 (07) | Manual of Concrete Inspection | 385 |
| Joints, Movement | ||
| see also Sealants | ||
| 224 3R 95 | Joints in Concrete Construction | 144 |
| SP-164 | The Fourth World Congress on Joint Sealants and Bearing - | 302 |
| Systems in Concrete Structures | ||
| Joints, Monolithic | ||
| 352 R 02 | Recommendations for Design of Beam Column joints in | 272 |
| Monolithic Reinforced concrete Structures | ||
| 352 1R 89 | Recommendations for Design of Slab- Column Connections - | 272 |
| in Monolithic Reinforced Concrete Structures | ||
| 352.1R.11 | Guide for Design of slab column connections in Monolithic conc.structres | 414 |
| Lightweight Concrete | ||
| See also Aggregates and Cellular Concrete | ||
| 213 R 87 | Guide for Structural Lightweight Aggregate Concrete | 18 |
| 213 R 03 | Guide for Structural Lightweight Aggregate Concrete | 293 |
| SP-136 | Structural Lightweight Aggregate Concrete Performance | 274 |
| Marine Concrete | ||
| See also High Performance Concrete | ||
| 357 R 84 | Guide for the Design and Constn of Fixed Offshore concrt. Structures | 92 |
| 357 1R 91 | State of the Art Report on Offshore Concrete Structures | 93 |
| 357 2R 88 | State of the Art Report on Barge like Concrete Structures - | 94 |
| 357 2R 10 | Report on floating and float-in Concrete sturctures | 391 |
| SP-163 | ACI International conf. on Performance of concrt in Marine environment | 301 |
| Masonry | ||
| See also Plastering | ||
| 530.95 | Masonry Designers Guide | 133 |
| 530.99 /.1.99 | Building code requirements for Masonary structures and - | 133 |
| Specifications for Masonary structures and related commentary | ||
| 530./.1.08 | Building code requirements and Specification for Masonry Structures | 359 |
| 530/ 530.11 | Building Code Requirements and specification for Masonry Structures | 403 |
| And related commentaries | ||
| SP-147 | Masonry in the Americas | 285 |
| Mass Concrete | ||
| See also Hydaulic Structures | ||
| 207 1R 96 | Mass Concrete | 135 |
| 207 1R.05 | Guide to Mass Concrete | 328 |
| 207 2R 95 | Effect of Restraint, Volum.change and Reinforce on - Cracking of Mass Concrt | 136 |
| 207 2R 07 | Report on Thermal and volume change Effects on Cracking of Mass Concrete | 349 |
| 207 3R 94 | Practices for Evaluation of Concrete in Existing Massive - Structures for | 137 |
| Service Conditions | ||
| 207 4R 93 | Cooling and Insulating Systems for Mass Concrete | 19 |
| 207 4R 05 | Cooling /Insulation system for Mass | 324 |
| 207 5R 99 | Roller Compacted Mass Concrete | 216 |
| 207.5R.11 | Report on Roller-Compacted Mass Concrete | 404 |
| Materials | ||
| See also Aggregates, Cement and Admixtures | ||
| 126 1R 97 | Guide Recommended Format for the Identification of Concrete | 134 |
| in a Materials Property Database | ||
| 126 3R 99 | Guide to a Recommended Format for Concrete in a Materials | 215 |
| Property Database | ||
| 238.1R.08 | Report on Measurements of Workability and Rheology of fresh Concrete | 357 |
| SP-1 | Concrete Primer | 200 |
| SP-95 | Properties of Concrete at Early Ages | 238 |
| SP-266 CD | Modeling as a solution to concrete problems | 0 |
| SP-267 CD | Nano Technology of concrete: The next big thing is small | 0 |
| SP-270 CD | Advances in the Material Science of Concrete | 0 |
| SP-249 | Selected Landmark Paper collection on Concrete Materials Research | 386 |
| Mixture Proportioning | ||
| See also Materials and Mass Concrete | ||
| 211.1.91 | Standard Practice for Selecting Proportions for Normal - Heavyweight and | 11 |
| Mass Concrete. | ||
| 211.2.98 | Standard Practice for Selecting Proportions for Structural - | 191 |
| Lightweight Concrete. | ||
| 211.3R 97 | Guide for Selecting Proportions for No Slump Concrete | 193 |
| 211 4R 93 | Guide for Selecting Proportions for High Strength Concrete - | 25 |
| with Portland Cement and Fly Ash | ||
| 211.4R.08 | Guide for selecting Proportions for High Strength Concrete Using Portland | 374 |
| Cement and other Cementitious Materials | ||
| 211 5R 96 | Guide for Submittal of Concrete Proportions | 139 |
| 304.6R.09 | Guide for Use of Volumetric-Measuring and Continious Mixing Concrete - | 375 |
| Equipment | ||
| C-12 | Concrete Mixtures | 404 |
| Non Destructive Evaluation | ||
| See also Testing and Evaluation | ||
| 228 1R 95 | In Place Methods to Estimate Concrete Strength | 145 |
| 228 1R 03 | In Place Methods to Estimate Concrete Strength | 295 |
| 228 2R 98 | Nondestructive Test Methods for Evaluation of Concrete in - | 213 |
| Structures | ||
| SP-168 | Innovations in Nondestructive Testing of Concrete | 306 |
| SP-112 | Nondestructive Testing of Concrete | 353 |
| Notation | ||
| See also Definitions | ||
| 104-71 | Preparation of Notation for Concrete | 1 |
| Nuclear (see also Codes) | ||
| 349-97/ R 97 | Code Requiements for Nuclear saftey related concrete - | 167 |
| structures and Commentary | ||
| 349.06 | Code Requirements for Nuclear Safety Related Concrete Structures | 351 |
| 349 1R 91 | Reinforced Concrete Design for Thermal Effects on Nuclear power plnt struct | 271 |
| 349 1R 07 | Reinforced Concrete Design for Thermal effects on Nuclear Power plant | 346 |
| 349 3R 96 | Evaluation of Existing Nuclear Safety - Related Concrete - | 166 |
| Structures | ||
| SP-158 | Concrete and Grout in Nuclear and Hazardous waste Disposal | 296 |
| Parking Lots | ||
| See also Slabs and Pavements | ||
| 330 R 92 | Guide for Design and Construction of Concrete Parking Lots | 72 |
| 330.1.94 | Standard Specification for Plain Concrete Parking Lots | 160 |
| 330 R 08 | Guide for Design and Construction of concrete parking Lots | 362 |
| Parking Structures | ||
| See also Durability | ||
| 362 1R 97 | Guide for the Design of Durable Parking Structures | 168 |
| 362 2R 00 | Guide for Structural Maintenance of Parking Structures | 231 |
| Pavements | ||
| See also Slabs | ||
| 325 3R 85(87) | Guide for Design of Foundations and Shoulders for Concrete pavements | 266 |
| 325 5R 90 | Design of Continuosly Reinforced Pavements for Airports | 267 |
| 325 6R 88 | Texturing Concrete Pavements | 69 |
| 325 7R 88 | Recommendations for Designing Prestressed Concrete Pavements | 268 |
| 325 9R 91 | Guide for Constuction of Concrete Pavements and Concrete Bases | 70 |
| 325 10R 95 | State of the Art Report on Roller Compacted Concrete Pavements | 159 |
| 325.13R 06 | Concrete Overlays for pavement Rehabilitation | 330 |
| SP-181 | Recent Developments in the Design and Specification of - | 319 |
| Concrete Pavement Systems | ||
| C-30 | Concrete Pavements | 419 |
| C-8 | Roller Compacted Concrete Pavement | 0 |
| Placing | ||
| See also Consolidation and Curing | ||
| 304 R 00 | Guide for Measuring, Mixing, Transporting, and Placing concrete | 223 |
| 304 1R 92 | Guide for the use of Preplaced Aggregate Concrete fot - Structural and | 47 |
| Mass Concrete Applications | ||
| 304 2R 96 | Placing Concrete by Pumping Methods | 152 |
| 304 3R 96 | Heavyweight Concrete: Measuring, Mixing, Transporting, and placing | 153 |
| 304 4R 95 | Placing Concrete with Belt Conveyors | 154 |
| 304 5R 91 | Batching,Mixing, and Job Control of Lightweight Concrete | 43 |
| Plastering | ||
| See also Masonry | ||
| 524 R 93 | Guide to Portland Cement Plastering | 79 |
| 524 R 04 | Guide to Portland Cement - Based Plastering | 310 |
| 524 R 08 | Guide to Portlang Cement based Plaster | 372 |
| Pervious Concrete | ||
| 522 R 06 | Pervious Concrete | 332 |
| 522 R 10 | Report on Pervious Concrete | 386 |
| 522.1.08 | Specifications for Pervious Concrete Pavement | 358 |
| Polymer Concrete | ||
| See also Epoxies | ||
| 548 1R 97 | Guide for the use of Polymers in Concrete | 189 |
| 548 2R 93 | Gide for Mixing and Placing Sulfur Concrete in Construction | 113 |
| 548 3R 95 | State of the Art Report on Polymer Modified Concrete | 283 |
| 548 3R 03 | State of the Art Report on Polymer Modified Concrete | 299 |
| 548.3R.09 | Report on Polymer Modified Concrete | 378 |
| 548.4.93 | Standard Specification for Latex Modified Concrete (LMC) Overlays | 115 |
| 548.4.11 | Specifications for Latex Modified concrete overlays | 415 |
| 548 5R 94 | Guide for Polymer Concrete Overlays | 117 |
| 548 6R 96 | Polymer Concrete : - Structural Applications:- State of the Art Report. | 183 |
| 548.8.07 | Specification for Type EM (Epoxy Multy-Layer) Polymer overlay for Bridge and | 355 |
| parking garage Decks | ||
| 548.9.08 | Specifications for Type (Epoxy Slurry)Polymer overlay for Bridge & | 373 |
| Parking garage Decks | ||
| 548.10 -10 | Specification for type MMS. Polymer overlays for Bridge & Garage Decks | 392 |
| SP-282 CD | The Leading Edge of Pervious Concrete | 0 |
| SP-278 | Frontiers in the Use of Polymers in Concrete | 0 |
| SP-169 | In - Place Performance of Polymer Concrete Overlays | 307 |
| SP-166 | Properties and Uses of Polymers in Concrete | 304 |
| SP-137 | Polymer Concrete | 275 |
| SP-116 | Polymers in Concrete: Advances and Applications | 256 |
| SP-99 | Polymer Modified Concrete | 241 |
| SP-89 | Polymer Concrete :Uses, | 232 |
| Pozzolans | ||
| See also Fly Ash,Slag, Silica Fume,Cement and Admixtures | ||
| 232 1R 00 | Use of Natural Pozzolans in Concrete | 234 |
| SP-178 | Fly Ash, Slag, Silica fume and other Natural Pozzolans - | 313 |
| Proceedings, Sixth International Conference ( I & II volumes) | 314 | |
| SP-153 | Fly Ash, Slag, Silica fume and other Natural Pozzolans - | 291 |
| Proceedings, Fifth International Conference | 291 | |
| SP-132 | Fly Ash, Slag, Silica fume and other Natural Pozzolans - | 270 |
| Proceedings, Fourth International Conference | 270 | |
| SP-114 | Fly Ash, Slag, Silica fume and other Natural Pozzolans - | 253 |
| Proceedings, Third International Conference | 253 | |
| C-22 | Mineral Admixtures | 411 |
| Precast Concrete | ||
| See also Parking Structures,Bridges, and Guidways | ||
| 423.8R 10 | Report on Corrosion & Repair of Multistrand & Bar Tendon Systems | 397 |
| 533 R 93 | Guide for Precast Concrete Wall Panels | 105 |
| 550 R 96 | Design Recommendations for Precast Concrete Structures | 185 |
| 550.1R.09 | Guide to Emulating Cast-in-place deatiling for Seismic Design of Precast - | 379 |
| C-37 | Precast and Prestressed Concrete | 426 |
| Prestressed Concrete | ||
| See also Bridges,Guideways,Parking Structures,and Slabs | ||
| SP-231 | Ned H Burns Symposium on Historical Innovations in Prestressed Concrete | 377 |
| 423 3R 96 | Recommendations for Concrete Members Prestressed with - | 172 |
| Unbonded Tendons | ||
| 423.3R.05 | Recommendations for Concrete members Prestressed with unbonded tendons | 322 |
| 423 4R 98 | Corrosion and Repair of Unbonded Single Strand Tendons | 206 |
| 423 5R 99 | State of the Art Report on Partially Prestressed Concrete | 224 |
| Quality Assurance | ||
| See also Inspection | ||
| 121 R 98 | Quality Management System for Concrete Construction | 200 |
| 121 R 04 | Quality Management System for Concrete Construction | 304 |
| 121 R 08 | Guide for Concrete Construction Quality System in conformance with ISO 9001 | 365 |
| C-38 | Quality in Concrete Construction | 427 |
| C-16 | Quality Assurance in Concrete Construction | 405 |
| Recycling | ||
| SP-219 | Recycling Concrete and other Materials for Sustainable Developmt | 364 |
| Refractory Concrete | ||
| 547 1R 91 | State of the Art Report: Refractory Plastics and Ramming Mixes | 121 |
| Reinforcement | ||
| See also Detailing, Bond, and Fiber Reinforced Polymers | ||
| 408 1R 90 | Suggested Development, | 274 |
| 439 3R 83 | Mechanical Connections of Reinforcing Bars | 95 |
| 439 3R 91 | Mechanical Connections of Reinforcing Bars | 277 |
| 439.3R.07 | Types of Mechanical Splices for Reinforcing Bars | 344 |
| 439 4R 09 | Report on Steel Reinforcement Material properties and U S availability | 382 |
| SP-184 | Development of Seismic Steel Reinforcement Products and - Systems | 325 |
| SP-224 | Thin Reinforced Cement Based Products and Constn. Systems | 371 |
| E2-78 | Reinforcement for Concrete- Materials and Applications | 520 |
| 318 - 99 | Building Code | |
| 318 - 02 | Building Code | 248 |
| Repair | ||
| See also Epoxies and Cracking | ||
| 341 3R 07 | Seismic Evaluation and Retrofit Techniques for Concrete Bridges | 340 |
| 364 1R 94 | Guide for Evaluation of Concrete Structures, Prior to --Rehabilitation | 197 |
| 364.1R.04 | Guide for Evaluation of Concrete Structures before Rehabilitation | 348 |
| 364..3R.09 | Guide for Cementious Repair Material Data Sheet | 376 |
| 546 R 96 | Concrete Repair Guide | 182 |
| 546 1R 80 | Guide for Reapir of Concrete Bridge Superstuctures | 282 |
| 546 2R 98 | Guide to Underwater Repair of Concrete | 208 |
| SP-193 | Repair, Rehabilitation and Maintenance of Concrete Structures - | 333 |
| SP-185 | High Perform. Fiber Reinf.orced Concrete in Infrastructural Repair & Retrofit | 327 |
| SP-165 | Repair and Strengthening of Concrete Members with Adhesives bonded plates | 303 |
| C-29 | Bridge Repair and Rehabilitation | 418 |
| C-20 | Repair and Rehabilitation II | 409 |
| C-10 | Repair and Rehabilitation of Concrete Structures | 402 |
| Residental | ||
| See also Slabs | ||
| 332 R 84 | Guide to Residential Cast- in- Place Concrete Construction | 269 |
| 332-04 | Requirements for Residential Concrete Construction and Commentary | 320 |
| 332 08 | Code requirements for Residential concrete | 363 |
| 332-10 | Residential Code requirements of Structural Concrete | 390 |
| 332.1R.06 | Guide to Residential Concrete Construction | 334 |
| Sealants | ||
| See also Joints and Cracks | ||
| 504 R 90 | Guide to Sealing Joints in Concrete Structures | 102 |
| Seismic and Lateral Forces | ||
| See also Bridges and Repair | ||
| SP-157 | Recent Developments in Lateral force Transfer in Buildings | 295 |
| C-31 | Seismic Design and Constuction | 420 |
| 369 R.11 | Guide for Seismic Rehabilitation of Existing Concrete Frame Buildings | 399 |
| 374. 1-05 | Acceptance Criteria for Moment Frames Based on Structrl.Testing.& Comment | 329 |
| 421.2R.07 | Seismic Design of Punching Shear Reinforcement in flat Plates | 342 |
| Shear | ||
| See also Slabs | ||
| 445 R 99 | State of the Art Report on Recent code Approaches to Shear - | 229 |
| Structural Concrete | ||
| SP-232 | Punching Shear in Reinfoced Concrete Slabs | 378 |
| SP-265 CD | Symposium. Shear & Torsion in concrt. Structures | 0 |
| Shells | ||
| 334 1R 92 | Concrete Shell Structures - Practice and Commentary | 73 |
| 334.3R.05 | Constn.Conc. Shells using Inflated forms | 326 |
| Shotcrete | ||
| 506 R 90 | Guide to Shotcrete | 278 |
| 506 R.05 | Guide to Shotcrete | 327 |
| 506 1R 98 | Committee Report on Fiber Reinforced Shotcrete | 207 |
| 506. 2. 95 | Specification for Shotcrete | 178 |
| 506 3R 91 | Guide to Certification of Shotcrete Nozzlemen | 107 |
| 506 4R 94 | Guide for the Evaluation of Shotcrete | 179 |
| C-6 | Application and use of Shotcrete | 0 |
| SP-287 | Recent Development in Reinforced Concrete Slab Analysis, Design & | |
| Serviceability | 0 | |
| Shrinkage - Compensating Concrete | ||
| See also Cement | ||
| 223.98 | Standard Practice for the Use of Shrinkage - Compensating - Concrete | 33 |
| 223.R.10 | Guide for the use of Shrinkage Compensating Concrete | 394 |
| Silica Fume | ||
| See also Pozzolans | ||
| 234 R 96 | Guide for the use of Silica Fume in Concrete | 149 |
| Silos | ||
| See also Chimneys | ||
| 313-97/ R 97 | Standard Practisce Design and Construction of Concrete Silos | 187 |
| and Stacking Tubes for Storing Granular Materials and Commentary | ||
| Slabs | ||
| See also Pavements and Parking Lots | ||
| 302 1R 96 | Guide for Concrete floor and Slab Construction | 151 |
| 302 1R 04 | Guide for Concrete floor and Slab Construction | 290 |
| 360 R 92 | Design of Slabs on Ground | 128 |
| 360 R.06 | Design of Slabs-on-Ground | 336 |
| 421 1R 99 | Shear Reinforcement for Slabs | 220 |
| 421 1R 08 | Guide to shear Reinforcement for Slabs | 364 |
| SP 183 | Design of Two -way Slabs | 321 |
| C-35 | Floors and Slabs | 424 |
| C-21 | Elevated Slabs | 410 |
| CCS-1 | Slabs on Grade | 507 |
| CCS-3 | Supported Beams and Slabs | 509 |
| CCS-0 | Concrete Fundamentals | 506 |
| Slag | ||
| See also Pozzolans | ||
| 233 R 95 | Ground Granulated Blast - Furnace Slag as a Cementious - | 148 |
| Constituent in Concrete | ||
| SP-263-CD | Slag Cement Concrete | 0 |
| Soil Cement | ||
| 230 1R 90 | State of the Art Report on Soil Cement | 263 |
| Specifications | ||
| 301-99 | Specifications for Structural Concrete | 218 |
| 301.05 | Specications for Structural Concrete | 318 |
| 301-10 | Specifications for Structural Concrete | 395 |
| SP-15 (99) | Field Reference Manual Standard Specifications for Structural - | 203 |
| Concrete ACI 301-99 With Selected ACI and ASTM References | ||
| SP-15(05) | Field Reference Manual | 203 |
| SP-15 (10) | ` | 400 |
| SP-71 (99) | ASTM Standards in ACI 301 and 318 | 219 |
| SP-115 (89) | Reference Manual: Specifications for Masonry Structures | 254 |
| SP-115 (92) | Reference Manual: Specifications for Masonry Structures | 255 |
| Sustainable Concrete | ||
| SP-269 CD | Concrete: The Sustainable Material Choice | 0 |
| Tanks | ||
| 350 R 89 | Environmental Engg. Concrete Structures | 90 |
| 350 1R 93 | Testing Reinforced Concrete Structures for water tightness | 87 |
| 350 2R 97 | Concrete Structures for containment of Hazardous Materials | 188 |
| 371 R 98 | Guide for Analysis, Desgn and Constn of Concrt -Pedestal Water towers | 205 |
| 371 R 08 | Guide for the Analysis, Design & Construction of Elevated concrete and | 368 |
| 372 R 00 | Drsign and Construction of Circular wire and Strand-wrapped Prestressed | 222 |
| Concrete Structures | ||
| 372 R 03 | Drsign and Construction of Circular wire and Strand-wrapped | 296 |
| Prestressed Concrete Structures | ||
| 373 R 97 | Drsign and Construction of Circular Prestressed Concrete - Structures | 170 |
| with Circumferential Tendons | ||
| Testing | ||
| See also Evaluation and Nondestuctive Evaluation | ||
| 214 R.11 | Guide to Evaluation of strength test results of Concrete | 400 |
| 214 3R 88 | Simplified version of the Recommended Practice for Evaluation- | 20 |
| of Strength Test Results of Concrete | ||
| 214 4R 03 | Guide for Obtaining cores and Interpreting Compressive - Strength Results | 294 |
| 222.1.96 | Provisonal Standard Test Method for Water Soluble - Chloride available | 143 |
| for Corrosion of Embedded Steel in Mortar - and Concrete using the | ||
| Soxhlet Extractor | ||
| ITG / T1.1.99 | Acceptance Criteria for Moment Frames Based on Structural -Testg. | 214 |
| ITG/T1.1.01 /R 01 | Acceptance Criteria for Moment Frames Based on Structural -Testg. | 239 |
| Textile Reinforced Concrete | ||
| SP-250CD | Textile Reinforced Concrete | 0 |
| SP-251CD | Design & Applications of Textile Reinforced Concrete | 0 |
| Tilt-Up Construction | ||
| 551 R 92 | Tilt -Up Concrete Structures | 125 |
| 551.1R.05 | Tilt-up Concrete Construction Guide | 323 |
| 551.2R.10 | Design Guide for Tilt-up Concrete Panels Tolerances | 388 |
| 117. 90 | Standard Specifications for Tlerances for Concrete Construction -and Materials and Commentary | 4 |
| 117.06 | Standard Specifications for Tlerances for Concrete Construction -and Materials and Commentary Walls | 333 |
| CCS-2 | Cast-In- Place Walls Water Proofing | 508 |
| 515 1R 79 | A Guide to the use of water Proofing, Dampproofing, Protective- and Decorative Barrier Systems for Concrete | 110 |
Dr. Rampradheep G.S. is working as an Associate Professor in the Department of Civil Engineering at Kongu Engineering College, Perundurai, Erode, Tamil Nadu, India.
Dr. Yogini Deshpande holds a PhD in Civil Engineering from Purdue University. She holds a Bachelors Degree in Civil Engineering and a Master’s Degree in Geotechnical Engineering from Mumbai University.
Shashank V. Mehendale is the founder and Principal Consultant of M/s Shashank Mehendale & Associates (SMA) – a multi-disciplinary organization that has been serving the construction industry for the last two decades.
Mr. Suhas R. Barve completed his Bachelor of Technology (B. Tech) from IIT Bombay in 1983. At present he runs his owns consultancy firm, M/s. Barve Consultants, which specializes in Structural Designing, Architectural Planning, Interior Designing, Consultancy for Structural Repairs and PMC for Re-Development etc.
An internationally acclaimed authority on several aspects of cement, manufacturing and concrete technology, Dr. Subrato Chowdhury is the recipient of the ‘Outstanding Concrete Technologist’ Award from Indian Concrete Institute in 2012.
A renowned Consulting Structural and Civil Engineer, Mr. Dhupelia has for the past 45 years designed Structures of various kinds and complexities. He has adopted both conventional and modern technologies of construction in his projects spanning large housing and commercial complexes, industrial projects, high rise buildings, sewage and water treatment plants for private and public bodies and for World Bank aided projects.
Since 1984 Umesh Magar has been in the construction industry building some of India’s most successful ‘Sustainable Integrated Townships’.
