The list of past TCs hereafter is exhaustive. Nevertheless, if you need more details, thank you for contacting directly the General Secretariat.

Since 2001, all the TCs have a fixed life cycle of 5 years. However, this life cycle can reach 7 years to finalize the publication of the TC work.

• 001-CW: Winter concreting
• 002-HC: Concrete and reinforced concrete in hot countries
• 003-TT: Testing methods of timber
• 004-CDC: Durability of concrete
• 005-LC: Lightweight concretes
• 006-PAN: Natural and artificial stones: methods of testing
• 007-NDT: Non-destructive tests of concrete
• 008-SR: Research and testing on synthetic resins in building construction
• 009-RC: Test and specifications of steel for reinforced and prestressed concrete
• 010-SC: Statistical control of the quality of concrete
• 011-A: Admixtures
• 012-CRC: Concrete reinforcements corrosion
• 013-MR: Mortars and renderings
• 014-CPC: Concrete permanent committee
• 015-PM: Investigation on porosity in building materials
• 016-C: Investigation on carbonation
• 017-BM: Bitumens and bituminous materials
• 018-REF: Refractory concretes
• 019-FRC: Fibre reinforced cement composites
• 020-TBS: Testing building structures in situ
• 021-IL: Impact loading on building
• 022-AT: Accelerated tests
• 023-GP: Gypsum plasters
• 024-BW: Load-bearing walls and masonry
• 025-PEM: Preservation of natural stone monuments
• 026-GM: Granular materials
• 027-EVS: Evaluation of external vertical façades
• 028-MIM: Moisture insulating materials
• 029-PSP: Pore structure and properties of materials
• 030-TE: Testing equipment
• 031-PCM: Performance criteria for materials
• 032-RCA: Resistance of concrete to chemical attack
• 033-AC: Analysis of fresh and hardened concrete
• 034-APB: Ageing of polymers in building
• 035-PMB: Methods of predicting moisture conditions in building materials and components
• 036-RDL: Long-term random dynamic loading of concrete structures
• 037-DRC: Demolition and reuse of concrete
• 038-AAR: Ageing, appearance and restoration of materials
• 039-BH: Winter concreting
• 040-TPC: Testing of precast concrete elements
• 041-HOL: Holography in testing models of structures
• 042-CEA: Properties of concrete at early ages
• 043-CND: Combined nondestructive testing of concrete
• 044-PHT: Properties of materials at high temperatures
• 045-LTO: Long-term observation of structures
• 046-FST: Fatigue of steel temperature effects
• 047-SM: Synthetic membranes
• 048-FC: Testing of ferrocement
• 049-TFR: Testing methods for fibre reinforced cement-based composites
• 050-FMC: Fracture mechanics of concrete
• 051-ALC: Light-weight aerated concrete
• 052-RAC: Resin adherence to concrete
• 053-MTC: Multi-axial testing of concrete
• 054-PIC: Polymer impregnated concrete
• 055-CCA: Corrosion of galvanized steel tap-water piping
• 056-MHM: Hydrocarbon materials
• 057-TSB: Testing of timber structures and building boards
• 058-VPM: Aging of monument stones
• 059-TPM: Treatment and protection of monuments
• 060-CSC: Corrosion of steel in concrete
• 061-SLB: Effects of seismic loading on building materials
• 062-SFC: Soiling and cleaning of façades
• 063-LBM: Laterite-based materials
• 064-BT: Bearing transfers by joints and interfaces
• 065-MDB: The dynamic behavior of concrete structures
• 066-BJS: Building joint seals
• 067-FAB: Use of fly-ash in building
• 068-MMH: Mathematical modelling of cement hydratation
• 069-MMC: Mathematical modelling of creep and shrinkage of concrete
• 070-OMD: Optimized mix design of concrete
• 071-PSL: Prediction of service life of building materials and components
• 072-SMS: Stochastic methods in material and structural engeneering
• 073-SBC: Use of siliceous byproducts in cement and concrete
• 074-THT: Test methods for high temperature properties
• 075-SLR: Single layer roofing
• 076-LUM: Load bearing masonry
• 077-RRT: Reciprocal recognition of test results
• 078-MCA: Recommended practice for aerated concrete based on RILEM testing methods, chaired by Folker H. WITTMANN
• 079-PAC: Phase analysis of cement
• 080-TMS: Tension modulus of prestressing steel stands
• 081-LCP: Load bearing concrete panels and assemblies
• 082-PGP: Properties of gypsum plaster
• 083-CUS: Fundamental mechanical properties of metals
• 084-AAC: Application of admixtures to concrete
• 085-TAC: Test methods for chemical admixtures for concrete
• 086-PCW: Protective coating for wood
• 087-LAC: Lightweight aggregates for concrete
• 088-TPP: Testing of plastic pipes
• 089-FMT: Fracture mechanics of concrete—test methods
• 090-FMA: Fracture mechanics of concrete - applications, chaired by Lennart ELFGREN
• 091-CRL: Guidelines for cement and concrete reference laboratories
• 092-ECM: Efficiency of concrete mixers
• 093-ES: Expert systems for materials and structures
• 094-CHC: Concrete for hot countries
• 095-PPC: Physical properties of precast concrete elements
• 096-EB: Earth construction
• 097-GCR: Applications of geotextiles to crack prevention in roads
• 098-PDE: Probabilistic methods in experimental studies
• 099-TRC: Measurement of temperature rise in concrete after setting
• 100-TSL: Prediction techniques of service life, chaired by Christer SJÖSTRÖM
• 101-BAT: Bitumens and asphalt testing, chaired by Hermann W. FRITZ
• 102-AFC: Ageing and durability of fibre concrete
• 103-MGH: Mechanical and hydraulic testing of geomembranes
• 104-DCC: Damage classification of concrete structures
• 105-CPC: Concrete-polymer composites
• 106-AAR: Alkali-aggregate reaction, chaired by Philip J. NIXON
• 107-CSP: Creep and shrinkage prediction models, chaired by Zdenek P. BAZANT
• 108-ICC: Interface between cement paste and concrete constituents
• 109-TSA: Behaviour of timber structures under seismic action
• 110-TFM: Application of fracture mechanics to timber structures
• 111-CST: Behaviour of timber and concrete composite load bearing structures
• 112-TSC: Creep in timber structures
• 113-CPT: Test methods for concrete-polymer composites
• 114-CCS: Computer programmes for creep and shrinkage analysis of concrete structures, chaired by Ignacio CAROL
• 115-HSC: High strength concrete, chaired by Odd GJORV
• 116-PCD: Permeability of concrete as a criterion of its durability, chaired by Jörg KROPP
• 117-FDC: Freeze-thaw and de-icing resistance of concrete, chaired by Max J. SETZER
• 118-IC: Ice and construction
• 119-TCE: Avoidance of thermal cracking at early ages, chaired by Rupert SPRINGENSCHMID
• 120-MRS: Membrane roofing systems, chaired by Walter J. ROSSITER
• 121-DRG: Guidance for demolition and re-use of concrete and masonry
• 122-MLC: Microcracking and lifetime performance of concrete
• 123-MME: Use of microstructural models and expert systems for cementitious materials
• 124-SRC: Repair strategies for concrete structures damaged by steel corrosion
• 125-DT: Design by testing, chaired by Vera HÄUSLER
• 126-IPT: In-place testing of hardened concrete, chaired by Nicholas CARINO
• 127-MS: Masonry materials and structures, chaired by Luigia BINDA
• 128-MRC: Materials requirements for repair of corrosion damaged reinforced concrete structures
• 129-MTH: Test methods for mechanical properties of concrete at high temperatures,  chaired by Ulrich SCHNEIDER
• 130-CSL: Calculation methods for service life design of concrete structures, chaired by Asko SARJA
• 131-ONM: Testing methods for characterizing old and new mortars
• 132-MGI: Geometrical and mechanical imperfections of metal components and structures
• 133-TF: Fracture of timber, chaired by Alpo RANTA-MAUNUS
• 134-MJP: Characterization of ultimate limit state performance of metal joints
• 135-MHC: High cycle fatigue behaviour of metallic materials, joints and structural components
• 136-NDI: Nondestructive inspection of materials and structures
• 137-CS: Composite structures
• 138-MTW: Test methods for thin-walled metal structures and members
• 139-DBS: Durability of building sealants, chaired by Andreas T. WOLF
• 140-TSL: Prediction of service life of building materials and components, chaired by Christer SJÖSTRÖM
• 141-SSM: Stainless steel as building material
• 142-MCL: Testing of metallic structural materials for determining stress-strain relations under cyclic loading
• 143-QSC: Quality assessment of sprayed concrete
• 144-GMP: Geomenbranes — mechanical and physical testing
• 145-WSM: Workability of special concrete mixes, chaired by Peter J. M. BARTOS
• 146-TCF: Tightness of concrete with respect to fluids, chaired by Hans W. REINHARDT
• 147-FMB: Fracture mechanics applications to anchorage and bond, chaired by Lennart ELFGREN
• 148-SSC: Test methods for the strain softening response of concrete, chaired by Surendra P. SHAH
• 149-HTS: Diagnosis and repair of historic load-bearing timber structures, chaired by Luca UZIELLI
• 150-ECM: Efficiency of concrete mixers, chaired by Harald BEITZEL
• 151-APC: Adhesion technology in concrete engineering — physical and chemical aspects, chaired by Yoshihiko OHAMA / Moshe PUTERMAN
• 152-PBM: Performance of bituminous materials, chaired by Louis FRANCKEN
• 153-CEB: Building with earth - Compressed earth block technology, chaired by Ahmed HAKIMI
• 154-EMC: Electrochemical techniques for measuring metallic corrosion, chaired by Carmen ANDRADE
• 155-CTW: Test methods for creep measurements of wooden materials
• 156-CPD: Durability of concrete polymer composites
• 157-PRC: Systems to prevent reflective cracking on pavement, chaired by Raymundo RIVERA-VILLARREAL
• 158-AHC: The role of admixtures in high performance concrete
• 159-ETC: Engineering of the interfacial transition zone in cementitious composites, co-chaired by Arnon BENTUR / Mark ALEXANDER
• 160-MLN: Methodology for life prediction of concrete structures in nuclear power plants, chaired by Dan J. NAUS
• 161-GMC: Modelling the behaviour of concrete in service: a guide for the engineer, chaired by Marcel CHEYREZY
• 162-TDF: Test and design methods for steel fibre reinforced concrete, chaired by Lucie VANDEWALLE
• 163-TPZ: Interfacial transition zone and properties of transfer, chaired by Ginette ARLIGUIE
• 164-EBM: Mechanics of earth as a building material, chaired by Ahmed HAKIMI
• 165-SRM: Sustainable application of mineral raw materials in construction, chaired by Charles F. HENDRIKS
• 166-RMS: Roofing membranes and systems, chaired by Walter J. ROSSITER
• 167-COM: Characterization of old mortars with respect to their repair, chaired by Caspar J.W.P. GROOT
• 168-MMM: Computer modelling of mechanical behaviour of masonry structures, chaired by Gyan PANDE
• 169-MTE: Test methods for load transferring metalwork used in timber engineering, chaired by Jürgen EHLBECK
• 170-CSH: The structure of CSH, chaired by Ian G. RICHARDSON
• 171-ECB: Environmental criteria for building products, chaired by Kai ÖDEEN
• 172-EDM: Environmental design methods in materials and structural engineering, chaired by Asko SARJA
• 173-EID: Systematics of the environmental impact database of building materials, chaired by Wayne B. TRUSTY
• 174-SCC: Self compacting concrete, chaired by Åke SKARENDAHL
• 175-SLM: Computer bases on service life methodology, chaired by Michael LACASSE
• 176-IDC: Internal damage of concrete due to frost action, chaired by Max J. SETZER
• 177-MDT: Masonry durability and on-site testing, chaired by Luigia BINDA
• 178-TMC: Testing and modelling chloride penetration in concrete, chaired by Carmen ANDRADE
• 179-CSD: Data bank of concrete creep and shrinkage, chaired by Harald S. MÜLLER
• 180-QIC: Qualitative identification of clinkers and cement, chaired by Ferenc D. TAMAS
• 181-EAS: Early age shrinkage induced stresses and craking in cementitious systems, chaired by Arnon BENTUR
• 182-PEB: Performance testing and evaluation of bituminous materials, chaired by Manfred N. PARTL
• 183-MIB: Microbial impacts on building materials - Weathering and conservation, chaired by Moema RIBAS SILVA
• 184-IFE: Industrial floors for withstanding harsh environmental attacks, including repair and maintenance, chaired by Peter SEIDLER
• 185-ATC: Advanced testing of cement based materials during setting and hardening, chaired by Hans W. REINHARDT
• 186-ISA: Internal sulfate attack, chaired by Jan P. SKALNY
• 187-SOC: Experimental determination of the stress-crack opening curve for concrete in tension, chaired by Jaime PLANAS
• 188-CSC: Casting of self-compacting concrete, chaired by Åke SKARENDAHL
• 189-NEC: Non-destructive evaluation of the 'covercrete' (concrete cover), chaired by Roberto J. TORRENT
• 190-SBJ: Service life prediction of sealed building and construction joints, chaired by Andreas T. WOLF
• 191-ARP: Alkali-reactivity and prevention - Assessment, specification and diagnosis of alkali-reactivity, chaired by Philip NIXON
• 192-ECM: Environment-conscious construction materials and systems, chaired by Norimoto KASHINO
• 193-RLS: Bonded cement-based material overlays for the repair, the lining or the strengthening of slabs or pavements, chaired by Benoît BISSONNETTE
• 194-TDP: Application of Titanium dioxide photocatalysis to construction materials, chaired by Yoshihiko OHAMA
• 195-DTD: Recommendation for test methods for autogenous deformation and thermal dilation of early age concrete, chaired by Tor Arne HAMMER
• 196-ICC: Internal curing of concretes, chaired by Konstantin KOVLER
• 197-NCM: Nanotechnology in construction materials, chaired by Peter J. M. BARTOS
• 198-URM: Use of recycled materials in construction, chaired by Enric VÁZQUEZ
• 199-CUA: Concrete: use of additions, chaired by José Ángel LECHUGA ALBALA
• 200-HTC: Mechanical concrete properties at high temperature - Modelling and applications, chaired by Ulrich SCHNEIDER
• 201-TRC: Textile reinforced concrete, chaired by Wolfgang BRAMESHUBER
• 202-RWD: Use of concrete in radioactive waste disposal facilities, chaired by Dan J. NAUS
• 203-RHM: Repair mortars for historic masonry, chaired by Caspar J.W.P. GROOT
• 204-LTP: Life time performance of materials and structures, chaired by Asko SARJA
• 205-DSC: Durability of Self-Compacting Concrete, chaired by Geert DE SCHUTTER
• 206-ATB: Advanced testing and characterization of bituminous materials, chaired by Manfred N. PARTL
• 207-INR: Interpretation of NDT results and assessment of RC structures, chaired by Denys BREYSSE
• 208-HFC: High performance fibre reinforced cementitious composites, chaired by Victor C. LI
• 209-RFC: Rheology of cement based materials such as fresh concrete, chaired by Ólafur WALLEVIK
• 210-CAP: Cracking in asphalt pavements, chaired by André  A. A. MOLENAAR
• 211-PAE: Performance of cement-based materials in aggressive aqueous environments, chaired by Mark G. ALEXANDER
• 212-ACD: Acoustic emission and related NDE techniques for crack detection and damage evaluation in concrete, chaired by Masayasu OHTSU
• 213-MAI: Model assisted integral service life prediction of steel reinforced concrete structures with respect to corrosion induced damage, chaired by Carmen ANDRADE
• 214-CCD: Concrete cracking and its relation to durability: Integrating material properties with structural performance, chaired by Jason WEISS
• 215-AST: In-situ assessment of structural timber, chaired by Bohumil KASAL
• 216-SAM: Strategies for the assessment of historic masonry structures with NDT, chaired by Luigia BINDA
• 217-PRE: Progress of recycling in the built environment, chaired by Enric VÁZQUEZ
• 218-SFC: Sonic methods for quality control of fresh cementitious materials, chaired by Hans W. REINHARDT
• 219-ACS: Alkali Aggregate Reaction in concrete structures: performance testing and appraisal, chaired by Philip NIXON
• 220-FLM: Modelling of life time of concrete under different types of frost and de-icing salt attack, chaired by Max J. SETZER 
• 221-SHC: Self-healing phenomena in cement-based materials, chaired by Erik SCHLANGEN
• 222-SCF: Simulation of fresh concrete flow, chaired by Nicolas ROUSSEL
• 223-MSC: Masonry strengthening with composite materials, chaired by Maria Rosa VALLUZZI 
• 224-AAM: Alkali activated materials, chaired by Jannie S. J. VAN DEVENTER
• 225-SAP: Application of super absorbent polymers in concrete construction, chaired by Viktor MECHTCHERINE
• 226-CNM: Reinforced concrete in the context of nuclear waste management, chaired by Valérie L'HOSTIS
• 227-HPB: Physical properties and behaviour of High-Performance Concrete at high temperature, chaired by Pierre PIMIENTA
• 228-MPS: Mechanical properties of self-compacting concrete, chaired by Kamal KHAYAT
• 229-EPE: Electrokinetic processes in civil and environmental engineering, chaired by Lisbeth OTTOSEN
• 230-PSC: Performance-based specifications and control of concrete durability, chaired by Hans D. BEUSHAUSEN
• 231-NBM: Nanotechnology-based bituminous materials, chaired by Björn BIRGISSON
• 232-TDT: Test methods and design of textile reinforced concrete, chaired by Wolfgang BRAMESHUBER
• 234-DUC: Design procedures for the use of composites in strengthening of reinforced concrete structures, chaired by Carlo PELLEGRINO
  
• 242-MDC: Multi-decade creep and shrinkage of concrete: material model and structural analysis, chaired by Zdenek P. BAZANT
  

No number was assigned to these TCs:

• 3C: Coordinating committee for concrete technology
• BSC: New environmental-friendly binder systems for concrete
• DPC: Design procedures for the use of composites in strengthening of reinforced concrete structures 
• EHA: Engineered healing of asphalt concrete, chaired by Alvaro GARCIA HERNANDEZ
• FHP: Predicting the frost resistance of high-performance concrete structures exposed to numerous freezing and thawing cycles
• FRP: FRP-concrete bond in structural strengthening and rehabilitation, chaired by Nemkumar BANTHIA
• LPC: Long-term performance characteristics of fibre cement composites, chaired by Pritpal S. MANGAT
• MCT: Multi-component transport and chemical equilibrium in cement based materials, chaired by Björn F. JOHANNESSON
• MCW: Modelling of crack initiation and propagation in wood under varying ambient conditions
• MPD: echanical properties and durability of concrete with recycled constituents
• NDE: Non-destructive evaluation of concrete elements - Updated methods  
• OFS: Optical fiber sensors for civil engineering applications, chaired by Christopher LEUNG
• PDI: Performance-based approach of durability by means of durability indicators 
• PFS: Physical Aspects of Fracture Scaling, chaired by Jan G. M. VAN MIER
• PSD: Performance-based specification and control of durability    
• QFS: Size effect and scaling of quasibrittle fracture, chaired by Zdenek P. BAZANT