Resin transfer moulding (RTM) involves the long-range flow of resin into a dry fibre pack that is preloaded into a defined mould cavity. Resin infusion under flexible tooling (RIFT) can be considered as a variant on RTM in which one tool face is replaced by a flexible film or a light splash tool. The flow of resin results only from the vacuum drawn under the film and any gravity effects. In RTM the dimensions of the component are defined by the separation of the mould faces, whilst in RIFT processes the thickness of the part is a function of the pressure history during the process. This paper reviews current developments in resin infusion processes.
CooperM. G.Closed mould processing in the marine indstry. InProceedings of the Conference on Marine Composites, 11-12 September 2003, pp. 11–16, ACMC/SAMPE, Plymouth.
19.
VM., accessed 5 May 2004.
20.
RTM Light(vacuum molding)., accessed 5 May 2004.
21.
PearceN. R. L.GuildF. J.SummerscalesJ.An investigation into the effects of fabric architecture on the processing and properties of fibre reinforced composites produced by resin transfer mouldingComposites Pt A: Appl. Sci. Manuf., 1998, A29 (1), 19–27.
22.
StringerL. G.Optimization of the wet lay-up/vacuum bag process for the fabrication of carbon fibre epoxy composites with high fibre volume fraction and low void contentComposites, 1989, 20 (5), 441–452.
23.
van HartenK.Production by resin transfer moulding In Composite Materials in Maritime Structures (Ed. ShenoiR. A.WellicomeJ. F.), 1993, Chap. 4, pp. 86–126 (Cambridge University Press, Cambridge).
24.
PotterK.Resin Transfer Moulding, 1997 (Chapman & Hall, London).
AdvaniS.Liquid impregnation techniques In Comprehensive Composite Materials Encyclopœdia, Volume 2: Polymer Matrix Composites (Ed. TalrejaR.MÅnsonJ.-A.), 2000, pp. 807–844 (Elsevier, Oxford).
30.
WilliamsC. D.GroveS. M.SummerscalesJ.Resin infusion under flexible tooling (RIFT): A review, Composites Pt A: Appl. Sci. Manuf., 1996, A27 (7), 517–524.
31.
PearceN. R. L.GuildF. J.SummerscalesJ.The use of automated image analysis for the investigation of fabric architecture on the processing and properties of fibre-reinforced composites prodced by RTMComposites Pt A: Appl. Sci. Manuf., 1998, A29 (7), 829–837.
32.
PearceN. R. L.SummerscalesJ.GuildF. J.Improving the resin transfer process for fabric reinforced composites by modification of the fabric architectureComposites Pt A: Appl. Sci. Manuf., 2000, A31 (12), 1433–1441.
33.
AnderssonH. M.LundströmT. S.GebartB. R.LÅngströmR.Flow-enhancing layers in the vacuum infusion process, Polym. Composites, 2002, 23 (5), 895–901.
34.
ArneyM. W.GroveS. M.ProgoulakisI.SearleT. J.ShortD.SpoonerJ.SummerscalesJ.Integrally-heated tooling for the manufacture of fibre-reinforced composites In Composites Processing 2004 Conference, 23 April 2004 (Composites Processing Association, Bromsgrove).
35.
VM Plastech, accessed 7 April 1999.
36.
AbrahamD.McIlhaggerR.A review of liquid injection techniques for the manufacture of aerospace composite structures, Polym. Polym. Compos, 1996, 4 (6), 437–444.
37.
CrippsD.SearleT. J.SummerscalesJ.Open mould techniques for thermoset composites In Comprehensive Composite Materials Encycloœdia, Volume 2: Polymer Matrix Composites (Eds. TalrejaR.MÅnsonJ.-A.), 2000, pp. 737–761 (Elsevier, Oxford).
ChannerK. J.CosgriffW.SmithG. F.DRDF (double RIFT diaphragm forming) volume automotive manufacture of strctural composites In Sixth International Conference on Automated Composites, 23-24 September 1999, pp. 273–279 (Institute of Materials, Bristol).
GriffithsB.NobleN.Process and tooling for low cost, rapid curing of composite structuresSAMPE J., 2004, 40 (1), 41–46.
42.
McCarthyR. F. J.Manufacture of accurate carbon and glass preforms in resin injection In 5th International Conference, June 1984 (SAMPE Europe, Montreux).
43.
BarnesF. J.Composite reinforcement of steel structural sections In Seminar: Composite Materials for Offshore Use, 17 November 1994, BLDSC q95/06701 (IMechE).
44.
SummerscalesJ.Dielectrometry: Monitoring cure In Non-destructive Testing of Fibre-Reinforced Plastics Composites, Vol. 2 (Ed. SummerscalesJ.), 1990, pp. 335–347 (Elsevier, Barking).
45.
ParnasR. S.KeuhS. R. M.AdvaniS. G.A minimalist sensor system for mould filing. In12th International Conference on Composite Materials (ICCM-12), Paris, July 1999, Extended Abstracts, p. 758.
46.
SummerscalesJ.In-process monitoring for control of closed-mold techniques for the manufacture of ther-mosetting matrix composites In Advanced Polymeric Materials—Structure and Property Relationships (Ed. ShonaikeG. O.AdvaniS. G.), 2003, pp. 57–101 (CRC Press LLC, Boca Raton, FL).
47.
SummerscalesJ.A comparison of hand-lamination and resin infusion manufacturing processes. InLa Vitrine de la Voile, Paris, November 1998.
48.
The SCRIMPTM advantage. accessed 4 May 2004.
49.
TPI Technology, Inc.An overview of the SCRIMPTM technology, 2001. accessed 4 May 2004.
50.
HoebergenA.van HerptE.LabordusM.The manufacture of large parts using the vacuum injection technique: Practical injection strategies for boatbuilding used in the manufacture of the Contest 55 In 20th Jubilee International Conference, 13-15 April 1999 (SAMPE Europe, Paris).
51.
Soric., accessed 6 May 2004.
52.
WeaverA.Technology and acquistion drive Ashland's growthReinf. Plast.1998, 42 (10), 22–24.
53.
KruckenbergT.QiB.FalzonP.LiuX. L.PatonR.Experimental and predicted in-plane flow height measurements for stiffened structures made using the resin film infusion processSAMPE J., 2001, 37 (3), 28–34.
54.
VT increases use of SCRIMP in minehuntersReinf. Plast., 1998, 42 (2), 4.
55.
LindblomF.Use of composites in theVisby-class stealth corvette. In Proceedings of the Conference on Marine Composites, 11-12 September 2003, pp. 203–208 (ACMC/SAMPE, Plymouth).
56.
SearleT.SpoonerJ.GroveS.CullenR.DavyS.AncockM.ClarkK.Manufacture of large composite structures by vacuum resin infusion. InProceedings 24th International SAMPE Europe, Conference, Paris, 1-3 April 2003, pp. 113–120, Paris.
57.
PittmanF.A better boat, a greener boatworksSail, August 1993, 27–29.
58.
ThomasS.One day, all plastic boats may be made like this…, Waterline (RWYC), Autumn 1998, 8–11.
59.
J/120., accessed 4 May 2004.
60.
J/120 SCRIMP construction., accessed 4 May 2004.
61.
J/133., accessed 4 May 2004.
62.
J/133 SCRIMP construction., accessed 4 May 2004.
63.
J/145., accessed 4 May 2004.
64.
J/145 introduction., accessed 4 May 2004.
65.
J/160., accessed 4 May 2004.
66.
WeinholdP. D.WozniakJ. J.The application of SCRIMP VARTM fabrication technology to the compressed natural gas integrated storage systemSAMPE J., 1998, 34 (1), 5–10.
67.
MoriartyJ.BarnesF.The use of carbon fibre composites in the London Underground Limited civil infrastructure rehabilitation programmeSAMPE J., 1998, 34 (2), 23–28.
68.
BarnesF.The developement and validation of composite structures for infrastructure rehabilitation In 20th Jubilee International Conference, 13-15 April 1999 (SAMPE Europe, Paris).
69.
Anonymous.Scrimping saves money and timeCompos. Technol., 1999, 5 (5), 21–28.
70.
BaconD. H.GurtanA. A.ShortD.Changes in resin flow whilst moulding FRP In 14th Reinforced plastics Congress, November 1984, paper 16, pp. 67–69 (British Plastics Federation, Brighton).
71.
GurtanA. A.RichardsT.ShortD.StringerG.Fabrication of high volume fraction fibre-reinforced thermosets In 1st International Conference on Polymers in Defence, March 1987, paper 11 (Plastics and Rubber Institute, Bristol).
72.
Injection moulding for large craft, Ship Boat Int. January/February 1986, 43–44.
HoebergenA.The practical application of the vacuum injection technique in boatbuilding: The injection of the hull of theContest 55. In 15th International Symposium on Yacht Design and Yacht Construction, Amsterdam, 16 November 1998.
76.
PantelelisN. G.Evaluation of the vibration assisted RTM technique in the production of real parts In 7th International Conference on Flow Processes in Composite Materials, 7-9 July 2004, pp. 151–156, preprints (University of Delaware, Newark, DE).
77.
BarnesF.GalbraithD.The development of process metods forin situ composite reinforcement of existing structures. In 16th International Conference, May-June 1995, pp. 293–304 (SAMPE Europe, Salzburg).
78.
Control of Substances Hazardous to Health, COSHH., accessed 26 October 2004.
79.
Pollution Prevention and Control Act 1999., accessed 26 October 2004.
80.
FroudC.Terminodour - cost effective styrene abatement In Composites Processing 2004, 23 April 2004 (Composites Processing Association, Bromsgrove).
81.
ChapmanA. C. B.Vacuum moulding patent. GB Patent 1432 333, 30 March 1972.
82.
AdamsA. A.RobertsJ. H.A general outline of the main characteristics and prime uses of a vacuum injection moulding system In Conference: Hands Off GRP II, May 1985, pp. 5/1-5/3 (Plastics and Rubber Institute, Coventry).
83.
GotchT. M.Improved production process for manufacture of GRP on British Rail In 11th Reinforced Plastics Congress, November 1978, paper 4, pp. 33–39 (British Plastics Federation Brighton).
84.
GotchT. M.Developments and potential of vacuum impregnation techniques for GRP manufacture In 12th Reinforced Plastics Congress, November 1980, paper 7, pp. 25–31 (British Plastics Federation, Brighton).
85.
GotchT. M.Low investment alternatives to hand lay GRP production In Conference: Hands Off GRP II, May 1985, pp. 1/1-1/11 (Plastics and Rubber Institute, Coventry).
86.
AllenR.BestP. F.ShortD.Vacuum injection moulding of high fibre volume fraction fibre reinforced composites In 13th Reinforced Plastics Congress, November 1982, paper 49, pp. 207–209 (British Plastics Federation, Brighton).
87.
UchidaH.YamamotoT.TakashimaH.Development of low-cost damage-resistant composites using RFI processingSAMPE J., 2001, 37 (6), 16–20.
Manufacture of sturctural composite components using ZPREGTM technology, Advanced Composites Group technical data sheet TDS1008/02.03/1, 2003.
90.
Manufacture of composite tools using ZPREGTM technology, Advanced Composites Group technical data sheet TDS1020/07.03/P, 2004.
91.
Cytec Engineered Materials., accessed 2 May 2004.
92.
SPRINT®., accessed 1 May 2004.
93.
FrostM.SolankiD.MillsA.Resin film infusion process of carbon fibre composite automotive body panelsSAMPE J.2003, 39 (4), 44–49.
94.
CIRTM(Co-Injection Resin Transfer Moulding)., accessed 16 March 1998.
95.
FrenchM. A.ACAVP - demonstrating the potential use of composite materials for future AFVs. In4th European Advanced Fighting Vehicles Symposium, RMCS Shrivenham, 9-11 February 1999.
96.
KelkarA.D.VaidyaU.Low cost manufacturing of composite integral armour using resin transfer moulding and resin infusion moulding processes In 5th International Conference on Flow Processes in Composite Materials, 12-14 July 1999 (ACMC, Plymouth).
97.
MarshG.Composites - prime enabler for wind energyReinf. Plast., 2003, 47 (5), 29–45.
98.
Recent projects., accessed 5 May 2004.
99.
WilliamsC. D.GroveS. M.SummerscalesJ.Compressive response of fibre reinforced plastics plates during manufacture by resin infusion under flexible tooling methodComposites Pt A: Appl. Sci. Manuf., 1998, A29 (1/2), 111–114.
100.
BasfordD. M.GriffinP. R.GroveS. M.SummerscalesJ.Research report: The relationship between mechanical performance and microstructure in composites fabricated with flow-enhancing fabricsComposites, 1995, 26 (9), 675–679.
101.
Reinforced plastics in bulk in latest minehunterReinf. Plast., 1998, 42 (4), 8.
102.
Shipbuilder increases use of SCRIMPReinf. Plast., 1998, 42 (9), 10.
103.
DarbyP.Styrene abatement and styrene alternatives In Composites Processing 2004, 23 April 2004 (Composites Processing Association, Bromsgrove).
104.
MooreM. F.BlandR. J.RTM equipment and process automationSAMPE J.1999, 35 (2), 39–46. [Reprinted in Benjamin, W.P. and Beckwith, S.W. (eds), Resin Transfer Molding, SAMPE Monograph no. 3, 1999, pp. 33–40 (SAMPE, Covina, CA).]
105.
BernsteinJ. R.WagnerJ. W.Fiber optic sensors for use in monitoring flow front in vacuum resin transfer molding processesRev. Sci. Instrum., 1997, 68 (5), 2156–2157.
le ComteA.Method and apparatus for producing a thin walled article of synthetic resin, in particular a large sized vehicle, US Patent 4359 437, 16 November 1982.
108.
McCarthyR. F. J.Fifteen years experience with composite propeller blades In 1st International Conference, January 1981 (SAMPE Europe, Cannes).
109.
HammamiA.GebartB. R.A model for the vacuum infusion moulding process In Proceedings of 7th International Conference on Fibre-Reinforced Composites, Newcastle-upon-Tyne, April 1998, pp. 136–145 (Woodhead, Cambridge).
110.
SunX.LiS.LeeL. J.Mold filling analysis in vacuum-assisted resin transfer moulding. Part I: SCRIMP based on a high-permeable mediumPolym. Composites, 1998, 19 (6), 807–817.
111.
NiJ.LiS.SunX.LeeL. J.Mold filling analysis in vacuum-assisted resin transfer moulding. Part II: SCRIMP based on groovesPolym. Composites, 1998, 19 (6), 818–829.
112.
HanK.JiangS.ZhangC.WangB.Flow modelling and simulation of SCRIMP for composites manufacturingComposites Pt A: Appl. Sci. Manuf., 2000, A31 (1), 79–86.
113.
BaigB. S.GibsonR. F.Vibration assisted liquid composite moulding In Proceedings 11th Annual Advanced Composites Conference, November 1995, p. 645 (Engineering Society of Detroit, Dearborn, MI).
114.
SongF.AyorindeE. O.Model development in the simulation of vibration assisted liquid composite moulding In Proceedings 11th Annual Advanced Composites Conference, November 1995, 203-212 (Engineering Society of Detroit, Dearborn, MI).
115.
LeendersW. S.MarissenR.van den DriftL.BoonB.Special problems due to vacuum injection moulding of large ship structures In Proceeding 5th Internatonal Conference on Flow Processes in Composite Materials, 12-14 July 1999, pp. 329–336 (ACMC, Plymouth).
116.
LeendersW. S.Application of fibre-reinforced plastics in a large removable bulkhead on board of a ship In Proceedings of the Conference on Marine Composites, 11-12 September 2003, pp. 175–188 (ACMC/SAMPE, Plymouth).
117.
AnonymousOver the long haulDuPont Mag., January/February 1996.
118.
New composite technology debuts onHMS Penzance, Reinf. Plast., May 1997, 42 (5), 7.
119.
MarshG.Putting SCRIMP in contextReinf. Plast., 1997, 41 (1), 22–26.
