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- NPL Research Areas (132)
- Advanced Materials (132)
**Materials Modelling**(132)

- Advanced Materials (132)

Group by: Authors | Item Type

Number of items at this level: **132**.

Blackburn, J F; Weaver, P M; Davies, H; Agar, M; Kimmel, A
(2010)
*Project A27: molecular modelling. Final report,.*
NPL Report.
MAT 44

Brooks, M; Loveday, M S
(2000)
*Friction and oxide strength data for forging and rolling process modelling.*
NPL Report.
CMMT(MN)071

Broughton, W R; McCartney, L N
(1998)
*Predictive models for assessing long-term performance of polymer matrix composites.*
NPL Report.
CMMT(A)95

Cook, A; Dawson, D; Duncan, B C
(1993)
*Measurement and modelling of bolted joint stress relaxation in plastics.*
NPL Report.
DMM(A)109

Crocker, L; Duncan, B C
(2001)
*Methods for obtaining volumetric coefficients for hyperelastic modelling of the flexible adhesives.*
NPL Report.
CMMT(A)286

Crocker, L E
(2014)
*CFD modelling of erosive wear.*
NPL Report.
MAT 67

Crocker, L E
(2017)
*Good practice guide to the application of finite element analysis to erosion modelling.*
Measurement Good Practice Guide.
146

Crocker, L E
(2011)
*A review of current methods for modelling erosive wear.*
NPL Report.
MAT 52

Crocker, L E; Smith, N
(2016)
*Parametric study on erosion rig nozzle.*
NPL Report.
MAT 79

Croker, L E; Gower, M R L; Broughton, W R
(2003)
*Finite element assessment of geometric and material property effects on the strength and stiffness of bonded and bolted T-joints.*
NPL Report.
MATC(A)124

Dean, G; Charalambides, M N
(1997)
*Project CAM6. Development of test methods for design under high rates of loading. Report No. 1 April 1997 - Data requirements for the use of finite element methods to predict the impact performance of plastics.*
NPL Report.
CMMT(A)58

Dean, G; Hunt, R A; Shastri, R*
(2000)
*Illustrations of the application of finite element and processing simulation analyses to plastics.*
NPL Report.
CMMT(A)266

Dean, G; Read, B; Wright, L
(2002)
*A comparison of the data requirements and predictive accuracy of the cavitation model and a simple model for non-linear behaviour in finite element systems.*
NPL Report.
MATC(A)120

Dean, G; Read, B E; Duncan, B C
(1998)
*Project CAM6, Report No. 3. The application of finite element methods to the prediction of the impact performance of plastics.*
NPL Report.
CMMT(A)100

Dean, G; Shastri, R*; Lockett, F J*
(1997)
*Project CAM6, Report No.2, ISO guide to the acquisition and presentation of design data for plastics.*
NPL Report.
CMMT(A)82

Dean, G; Wright, L
(2000)
*Deformation of a centrally loaded circular plate of a thermoplastic material: comparison of measurements with predictions using finite element analysis.*
NPL Report.
CMMT(A)299

Dean, G D
(2006)
*Modelling non-linear creep behaviour of an epoxy adhesive.*
NPL Report.
DEPC-MPR 052

Dean, G D; Broughton, W R
(2002)
*Models for predicting deformation and failure in adhesives and polymer matrix composites.*
NPL Report.
MATC(A)68

Dean, G D; Crocker, L E
(2006)
*Prediction of the impact performance of plastics mouldings.*
NPL Report.
DEPC-MPR 043

Dean, G D; Crocker, L E
(2022)
*Prediction of the impact performance of plastics using finite element methods.*
Measurement Good Practice Guide.
87
(Issue 2)

Dean, G D; Crocker, L E
(2023)
*The use of finite element methods for design with adhesives.*
Measurement Good Practice Guide.
48
(Issue 2)

Dean, G D; McCartney, L N; Crocker, L E; Mera, R D
(2008)
*Modelling the long-term deformation behaviour of polymers for finite element analysis.*
NPL Report.
MAT 22

Dean, G D; McCartney, L N; Crocker, L E; Mera, R D
(2009)
*Modelling the long-term deformation behaviour of polymers for finite element analysis.*
NPL Report.
MAT 31

Dean, G D; Mera, R D
(2004)
*Determination of material properties and parameters required for the simulation of impact performance of plastics using finite element analysis.*
NPL Report.
DEPC-MPR 007

Dean, G D; Mera, R D
(2004)
*Modelling creep in toughened epoxy adhesives for finite element analysis.*
NPL Report.
DEPC-MPR 003

Dean, G D; Tomlins, P E; Read, B E
(1993)
*A model for non-linear creep and physical ageing in PVC.*
NPL Report.
DMM(A)91

Duncan, B C; Crocker, L E; Urquhart, J M
(2000)
*Evaluation of hyperelastic finite element models for flexible adhesive joints.*
NPL Report.
CMMT(A)285

Dyson, B F; Osgerby, S
(1993)
*Modelling and analysis of creep deformation and fracture in a 1 Cr ½ Mo ferritic steel.*
NPL Report.
DMM(A)116

Gibbs, P A J; Rides, M
(1993)
*Modelling the inhibition cure behaviour of unsaturated polyester moulding materials.*
NPL Report.
DMM(A)107

Gibbs, P A J; Rides, M
(1995)
*Modelling the rheology of an unsaturated polyester moulding material during cure.*
NPL Report.
DMM(A)164

Gower, M R L; Sims, G D
(2003)
*Material data requirements and recommended test methods for the predictive modelling of defect criticality in composite material systems.*
NPL Report.
MATC(A)147

Hinopoulos, G; Broughton, W R
(1999)
*Evaluation of the T-peel joint using the finite element method.*
NPL Report.
CMMT(A)207

Hinopoulos, G; Broughton, W R
(1999)
*An improved modelling approach to moisture absorption in adhesive joints using the finite element method.*
NPL Report.
CMMT(A)204

Hu, F; Olusanya, A
(1998)
*Extensions to GLUEMAKER a finite element modelling tool for adhesive joints to include material models for flexible adhesives.*
NPL Report.
CMMT(A)137

Hunt, R A; McCartney, L N
(2001)
*Use of models to predict deformation during the elastic nano-indentation of coatings.*
NPL Report.
MATC(A)45

Hunt, R A; McCartney, L N
(2003)
*Use of models to predict deformation during the elastic-plastic nano-indentation of coatings.*
NPL Report.
MATC(A)46

Lord, J D
(2002)
*Review of methods and analysis software for the determination of modulus from tensile tests.*
NPL Report.
MATC(MN)41

Lord, J D; Loveday, M S*; Rides, M; McEnteggart, I*
(2005)
*'TENSTAND' WP2 final report: digital tensile software evaluation.*
NPL Report.
DEPC-MPE 015

Lord, J D; Rides, M; Loveday, M S*
(2005)
*'TENSTAND' WP3 final report: modulus measurement methods.*
NPL Report.
DEPC-MPE 016

Loveday, M S
(1997)
*Data for forging and rolling process modelling.*
NPL Report.
CMMT(MN)21

Lowrie, F*; Cain, M G; Stewart, M
(1999)
*Finite element modelling of electroceramics.*
NPL Report.
CMMT(A)150

McCartney, L N
(1996)
*Generalised framework for the prediction of ply cracking in any symmetric laminate subject to general in-plane loading.*
NPL Report.
CMMT(A)51

McCartney, L N
(1997)
*Predicting steady state delamination in a cross-ply laminate subject to through-thickness pressure.*
NPL Report.
CMMT(A)65

McCartney, L N
(2001)
*Simulation of progressive damage formation and failure during the loading of cross-ply composites.*
NPL Report.
MATC(A)20

McCartney, L N
(1999)
*Simulation of progressive fibre failure during the tensile loading of unidirectional composites.*
NPL Report.
CMMT(A)212

McCartney, L N
(1996)
*Validation of models for the prediction of the thermal expansion coefficients for fibre reinforced titanium composites.*
NPL Report.
CMMT(A)56

McCartney, L N
(1994)
*The prediction of non-uniform cracking in biaxially loaded cross-ply laminates.*
NPL Report.
DMM(A)142

McCartney, L N
(1997)
*validation of models to predict thermal expansion of fibre reinforced metal matrix composites.*
NPL Report.
CMMT(MN)003

McCartney, L N; Clay, K*
(2009)
*Rigorous analysis for estimating the orientation of cubic crystals.*
NPL Report.
MAT 30

McCartney, L N; Maxwell, A S
(2002)
*Predicting through-thickness cracking in a two-layer coated system subject to axial loading and bending.*
NPL Report.
MATC(A)138

McCartney, L N; McCormick, N J; Lawrence, K M
(1999)
*A new model of fatigue creep deformation.*
NPL Report.
CMMT(A)161

McCartney, L N; Saunderson, S E T*
(1995)
*A recursive method of calculating stress transfer in multiple-ply laminates subject to biaxial loading, I: development of model.*
NPL Report.
DMM(A)150

McCormick, N J; Gower, M R L; McCartney, L N
(2002)
*An Internet accessible system for simulating damage in composite laminates during bending deformation.*
NPL Report.
MATC(A)96

McCormick, N J; Lawrence, K
(2002)
*The impact of new Internet technologies on SmartManuals and other MATC Internet projects.*
NPL Report.
MATC(A)97

Quested, T E
(2000)
*Finite element analysis of miniaturised electro thermo mechanical testing system.*
NPL Report.
CMMT(A)291

Read, B E; Dean, G; Duncan, B C
(1999)
*Project CAM6, Report No. 6. Characterisation of the strain rate and temperature dependence of the properties of plastics for the prediction of impact performance.*
NPL Report.
CMMT(A)144

Read, B E; Dean, G; Duncan, B C
(1998)
*Project CAM6. Report No. 5. Characterisation of the Non-linear behaviour of plastics for finite element analysis.*
NPL Report.
CMMT(A)114

Roberts, S J; McCartney, L N
(2003)
*Predicting steady state interface debonding in a multi-layered coated system under biaxial mechanical and thermal loading.*
NPL Report.
MATC(A)144

Roberts, S J; McCartney, L N; Wright, L
(2003)
*Predicting steady state interface debonding in a two-layer coated system under biaxial loading and bending.*
NPL Report.
MATC(A)143

Roebuck, B
(2000)
*Physical properties of representative engineering alloys for high rate deformation modelling.*
NPL Report.
CMMT(A)283

Roebuck, B; Brooks, M R
(1998)
*Flow stress measurements for machining modelling.*
NPL Report.
CMMT(A)123

Turnbull, A; Crocker, L E
(2006)
*Finite element analysis of the stress and strain associated with a corrosion pit in a cylindrical specimen under applied tensile loading.*
NPL Report.
DEPC-MPE 034

Turnbull, A; Ferriss, D H; Anzai, H*
(1993)
*A preliminary model for crack-tip hydrogen transport.*
NPL Report.
DMM(A)84

Warde, J*; Wallach, E R*
(1999)
*The prediction of creep damage in surface mount components using finite element modelling.*
NPL Report.
CMMT(A)218

Wright, L
(2010)
*Hybrid Methods: Review of particle-based numerical methods and their coupling to other continuum methods.*
NPL Report.
MS 10

Bai, M L*; Cucinotta, C S*; Jiang, Z L*; Wang, Y F*; Rungger, I; Sanvito, S*; Hou, S M*
(2016)
*Current-induced phonon renormalization in molecular junctions.*
Phys. Rev. B, 94 (3).
035411

Blackburn, J; Vopsaroiu, M; Cain, M G
(2010)
*Composite multiferroics as magnetic field detectors: how to optimise magneto-electric coupling.*
Adv. Appl. Ceram., 109 (3).
pp. 169-174.

Blazquez, A*; Mantic, V*; Paris, F*; McCartney, L N
(2009)
*BEM analysis of damage progress in 0/90 laminates.*
Eng. Anal. Bound. Elem., 33 (6).
pp. 762-769.

Brown, C S
(1996)
*Proven software adapted for creep.*
Eureka (Septem).
p. 49.

Chapman, J B J; Kimmel, A V; Duffy, D M*
(2017)
*Novel high-temperature ferroelectric domain morphology in PbTiO3 ultrathin films.*
Phys. Chem. Chem. Phys., 19 (6).
pp. 4243-4250.

Coman, C D; Bassom, A P*
(2016)
*Asymptotic limits and wrinkling patterns in a pressurised spherical cap.*
Int. J. Non-Linear Mech., 81.
pp. 8-18.

Coman, C D; Bassom, A P*
(2017)
*On the role of in-plane compliance in edge wrinkling.*
J. Elasticity, 126 (2).
pp. 135-154.

Dean, G D; Broughton, W R
(2008)
*A model for non-linear creep in polypropylene.*
Polym. Test., 26.
pp. 1068-1081.

Dean, G D; McCartney, L N; Crocker, L E; Mera, R D
(2009)
*Modelling the long-term deformation behaviour of polymers for finite element analysis.*
Plast. Rubber Compos., 38 (9-10).
pp. 433-443.

Dean, G D; Tomlins, P E; Read, B E
(1995)
*A model for nonlinear creep and physical ageing in poly vinyl chloride.*
Polym. Eng. Sci., 35 (16).
pp. 1282-1289.

Dean, G D; Tomlins, P E; Read, B E
(1995)
*A model for nonlinear creep and physical aging in poly(vinyl chloride).*
Polm. Eng. Sci., 35 (16).
pp. 1282-1289.

Droghetti, A*; Rungger, I; Das Pemmaraju, C*; Sanvito, S*
(2016)
*Fundamental gap of molecular crystals via constrained density functional theory.*
Phys. Rev. B, 93 (19).
195208

Dyson, B F; Osgerby, S
(1995)
*Mathematical modelling of creep environment interactions.*
Sadhana, 20 (1).
p. 185.

Gee, M G; Mingard, K P; Nunn, J; Roebuck, B; Gant, A
(2017)
*In situ scratch testing and abrasion simulation of WC/Co.*
Int. J. Refrac. Met. Hard Mat., 62.
pp. 192-201.

Gisby, J A; Taskinen, P*; Pihlasalo, J*; Li, Z S*; Tyrer, M*; Pearce, J; Avarmaa, K*; Bjorklund, P*; Davies, H; Korpi, M*; Martin, S; Pesonen, L*; Robinson, J
(2017)
*MTDATA and the prediction of phase equilibria in oxide systems: thirty years of Industrial collaboration.*
Metall. Mater. Trans. B, Process Metall. Mater. Process. Sci., 48 (1).
pp. 91-98.

Hou, X; Jennett, N M
(2017)
*A method to separate and quantify the effects of indentation size, residual stress and plastic damage when mapping properties using instrumented indentation.*
Journal of Physics D - Applied Physics, 50 (45).
455304

Huang, Z H*; Xiong, H*; Wu, Z Y*; Conway, P*; Davies, H; Dinsdale, A T; En, Y F*; Zeng, Q F*
(2014)
*Microstructure-based multiphysics modeling for semiconductor integration and packaging.*
Chin. Sci. Bull., 59 (15).
pp. 1696-1708.

Kandil, F A
(1993)
*Prediction of uncertainty in low cycle fatigue data.*
Institute of Materials, 576.
pp. 517-526.

Karunaratne, M S A*; Kyaw, S*; Jones, A*; Morrell, R; Thomson, R C*
(2016)
*Modelling the coefficient of thermal expansion in Ni based superalloys and bond coatings.*
J. Mater. Sci., 51 (9).
pp. 4213-4226.

Loveday, M S
(1997)
*Data for forging and rolling process modelling.*
Forging Technology, 5 (3).
pp. 44-45.

McCartney, L N
(1993)
*Analytical micromechanical models for the prediction of multiple cracking in composites.*
J. Phys. IV Colloq., 3 (C7).
pp. 1637-1646.

McCartney, L N
(2005)
*Energy-based prediction of failure in general symmetric laminates.*
Eng. Fract. Mech., 72.
pp. 909-930.

McCartney, L N
(2005)
*Energy-based prediction of progressive ply cracking and strength of general symmetric laminates using an homogenisation method.*
Compos. A, Appl. Sci. Manuf., 36.
pp. 119-128.

McCartney, L N
(2005)
*Modelling scale failure in tension (fracture and spallation).*
Mater. High Temp., 22 (1-2).
pp. 167-177.

McCartney, L N
(2005)
*Modelling scale failure in tension (fracture and spallation).*
Mater. High Temp., 22 (1-2).
pp. 167-177.

McCartney, L N
(1997)
*Predicting non-linear behaviour in multiple-ply, cross-ply laminates resulting from micro-cracking.*
Solid Mechanics and its Applications, 49.
pp. 379-390.

McCartney, L N
(1998)
*Predicting transverse crack formation in cross-ply laminates.*
Comp. Sci. Technol., 58 (7).
pp. 1068-1081.

McCartney, L N
(2005)
*Prediction of dislocation formation in epitaxial multilayers subject to in-plane loading.*
Philos. Mag., 85 (15).
pp. 1575-1610.

McCartney, L N
(2005)
*Prediction of dislocation formation in epitaxial multilayers subject to in-plane loading.*
Philos. Mag., 85 (15).
pp. 1575-1610.

McCartney, L N
(2002)
*Prediction of ply cracking formation and failure in laminates.*
Comp. Sci. Technol., 62.
pp. 1619-1631.

McCartney, L N; Schoeppner, G A*
(2002)
*Predicting the effect of non-uniform ply cracking on the thermoelastic properties of cross-ply laminates.*
Comp. Sci. Technol., 62.
pp. 1841-1856.

McCormick, N J; Roebuck, B
(1993)
*The computer simulation of WC powder distributions.*
Powder Metall., 36 (1).
pp. 31-41.

Morari, C*; Buimaga-Iarinca, L*; Rungger, I; Sanvito, S*; Melinte, S*; Rignanese, G M*
(2016)
*Charge and spin transport in single and packed ruthenium-terpyridine molecular devices: Insight from first-principles calculations.*
Sci. Rep., 6.
p. 31856.

Obodo, J T*; Rungger, I; Sanvito, S*; Schwingenschlogl, U*
(2016)
*Current-induced changes of migration energy barriers in graphene and carbon nanotubes.*
Nanoscale, 8 (19).
pp. 10310-10315.

Palaniappan, J*; Wang, H*; Ogin, S L*; Thorne, A*; Reed, G T*; Tjin, S C*; McCartney, L N
(2006)
*Prediction of the reflected spectra from chirped fibre Bragg gratings embedded within cracked crossply laminates.*
Meas. Sci. Technol., 17.
pp. 1609-1614.

Paris, F*; Blazquez, A*; McCartney, L N; Barroso, A*
(2010)
*Characterization and evolution of matrix and interface related damage in [0/90]S laminates under tension. Part II: Experimental evidence.*
Comp. Sci. Technol., 70 (7).
pp. 1176-1183.

Paris, F*; Blazquez, A*; McCartney, L N; Mantic, V*
(2010)
*Characterization and evolution of matrix and interface related damage in [0/90]S laminates under tension. Part I: Numerical predictions.*
Comp. Sci. Technol., 70 (7).
pp. 1168-1175.

Quested, P N; Mills, K C; Brooks, R F; Monaghan, B; Dinsdale, A T; Day, A; Richardson, M J; Andon, R J L; Taylor, R*; Szelagowski, H*
(1997)
*Physical property measurements for the mathematical modelling of heat and fluid flow in solidification processes.*
Int. J. Thermophysics, 18 (2).
pp. 471-480.

Robinson, J A J; Brooks, R F; Quested, P N
(2012)
*Prediction of properties of metals relevant to process simulations.*
High Temp. Mater. Process., 31 (3).
pp. 237-242.

Roebuck, B; Lord, J D; Cooper, P M; McCartney, L N
(1994)
*Data acquistion and analysis of tensile properties for metal matrix composites.*
J. Test. Eval., 22 (1).
pp. 63-69.

Rudnev, A V*; Franco, C*; Crivillers, N*; Seber, G*; Droghetti, A*; Rungger, I; Pobelov, I V*; Veciana, J*; Mas-Torrent, M*; Rovira, C*
(2016)
*A redox-active radical as an effective nanoelectronic component: stability and electrochemical tunnelling spectroscopy in ionic liquids.*
Phys. Chem. Chem. Phys., 18 (40).
pp. 27733-27737.

Smith, N A S; Fry, A T; Crocker, L E; Cernuschi, E*; Lorenzoni, L*
(2017)
*Design and optimisation of the nozzle of an innovative high temperature solid particulate erosion testing system using finite element modelling.*
Appl. Math. Comput., 301.
pp. 60-69.

Tichapondwa, S M*; Focke, W W*; del Fabbro, O*; Gisby, J A; Kelly, C*
(2016)
*A comparative study of Si-BaSO4 and Si-CaSO4 pyrotechnic time delay compositions.*
Journal of Energetic Materials, 34 (3).
pp. 342-356.

Turnbull, A
(2000)
*Issues in modelling of environment assisted cracking.*
ASTM STP, 1401.

Turnbull, A
(1993)
*Modelling of environment assisted cracking.*
Corros. Sci., 34 (6).
pp. 921-960.

Turnbull, A
(2001)
*Modelling of the chemistry and electrochemistry in cracks - a review.*
Corrosion, 57 (2).
pp. 175-189.

Turnbull, A; Ferris, D H
(1996)
*Modelling of the hydrogen distribution at a crack tip.*
Mater. Sci. Eng.A, Struct. Mater., Prop. Microstruct., Process., 206 (1).
pp. 1-13.

Turnbull, A; Hutchings, R B; Ferriss, D H
(1997)
*Modelling of thermal desorption of hydrogen from metals.*
Mater. Sci. Eng., A238.
pp. 317-328.

Zhong, X L*; Rungger, I; Zapol, P*; Nakamura, H*; Asai, Y*; Heinonen, O*
(2016)
*The effect of Ta oxygen scavenger layer on HfO2-based resistive switching behavior: thermodynamic stability, electronic structure, and low-bias transport.*
Phys. Chem. Chem. Phys., 18 (10).
pp. 7502-7510.

Zhong, X*; Rungger, I; Zapol, P*; Heinonen, O*
(2016)
*Oxygen-modulated quantum conductance for ultra-thin HfO2-based memristive switching devices.*
Phys. Rev. B, 94 (16).
165160

Zhong, X*; Rungger, I; Zapol, P*; Nakamura, H*; Asai, Y*; Heinonen, O*
(2016)
*The effect of Ta oxygen scavenger layer on HfO2-based resistive switching behavior: thermodynamic stability, electronic structure and low-bias transport.*
Phys. Chem. Chem. Phys., 18 (10).
pp. 7502-7510.

Davies, R H; Dinsdale, A T; Gisby, J A; Hodson, S M; Ball, R G J
(1994)
*Thermodynamic modelling using MTDATA: a description showing applications involving oxides, alloys and aqueous solutions.*
In: Symposium on Applications of Thermodynamics in the Synthesis and Processing of Materials, October 1994, Rosmont, IL, USA.

Dean, G
(1997)
*Design data for plastics for finite element analysis.*
In: Proc. Polymer Testing Conference 97, April 1997, Shawbury, Shropshire.

Gisby, J A; Dinsdale, A T; Taskinen, P A*
(2007)
*Predicting phase equilibria in oxide and sulphide systems.*
In: European Metallurgical Conference 2007, 2007.

Lu, H*; Bailey, C*; Dusek, M; Hunt, C; Nottay, J
(2000)
*Modelling the fatigue life of solder joints for surface mount resistors.*
In: International Symposium on Electronic Materials and Packaging, 30 November - 3 December 2000, Hong Kong.

McCartney, L N
(1997)
*Prediction of ply cracking in general symmetric laminates.*
In: Proc. 4th International conference on Deformation and Fracture of Composites, March 1997, Manchester.

McCormick, N J
(2002)
*Virtual testing: materials measurement for the future.*
In: A celebration of past - a vision for the future Proceedings of a conference at the Royal Society to mark NPL's centenary 1900-2000., 2002, NPL.

Mills, K C; Quested, P N
(1995)
*NPL programme of physical property measurements for the mathematical modelling of high temperature processes.*
In: Proc. 1st International workshop on Thermophysical property data for the development of mathematical models of solidification, October 1995, Gifu, Japan.

Osgerby, S; Dyson, B F
(1994)
*Validation of a constitutive model for creep deformation and fracture in a 1Cr1/2Mo ferritic steel.*
In: Materials for Advanced Power Engineering, 3 - 6 October 1994, Liege, France.

Quested, P N
(1996)
*The provision of data for reliable solidification modelling.*
In: Proc. Ensuring the highest quality and reliability in light alloy castings, Institute of British Foundrymen, 28-29 October 1996, Sutton Coldfield.

Quested, P N; Mills, K C; Brooks, R F; Day, A; Taylor, R*; Szelagowski, H*
(1997)
*Physical property measurements for simulation modelling of heat and fluid flow during solidification.*
In: Proc. International Symposium on Liquid Metal Processing and Casting, February 1997, Santa Fe, USA.

Roebuck, B; Gee, M G
(1997)
*Modelling the effects of structure size distribution on the strength and toughness of hardmetals.*
In: 14th Int. Plansee Seminar, May 1997, Reutte, Austria.

Turnbull, A
(1993)
*Mathematical modelling of localised corrosion.*
In: Proc. Conf. Modelling of aqueous corrosion, 1993, Plymouth,.

Turnbull, A; Psaila-Dombrowski, M*
(1995)
*Modelling of crevice chemistry in the secondary side of nuclear steam generators.*
In: Improving the Understanding and Control of Corrosion in the Secondary Side Steam Generators, October 1995, Airlie, VA, USA.

Dinsdale, A T; Gisby, J A; Barry, T I; Davies, A L
(1995)
*Predictive thermochemistry and phase equilibria for slags and other oxide systems.*
In:
International Minerals and Metals Technology.
UNSPECIFIED, pp. 150-155.

Lee, P D*; Quested, P N; McLean, M
(1998)
*Modelling of Marangoni effects in electron beam melting.*
In:
Marangoni and Interfacial Phenomena in Materials Processing.
IOM, pp. 213-229.
ISBN 1861250568

McCartney, L N
(1995)
*Prediction of microcracking in composite materials.*
In:
Cherepanov, G P, ed., Fracture: a topical encyclopaedia of current knowledge dedicated to Alan Arnold Griffith. Melbourne.
USA: Krieger Publishing Co., pp. 905-916.