Cement and Concrete Research

Effect of sodium salt of naphthalene-formaldehyde polycondensate on ettringite formation
pp. 1535-1540(6)
Authors: Hekal E.E.; Kishar E.A.

A novel interpenetrating polymer network coating for the protection of steel reinforcement in concrete
pp. 1541-1548(8)
Authors: Asthana K.K.; Aggarwal L.K.; Lakhani R.

Fundamental study on aluminophosphate cement
pp. 1549-1554(6)
Authors: Shiqun L.; Jiashan H.; Biao L.; Guohui Z.; Wei C.; Qi W.; Ning Z.

The effect of the electrochemical chloride extraction treatment on steel-reinforced mortar Part I - Electrochemical measurements
pp. 1555-1560(6)
Authors: Marcotte T.D.; Hansson C.M.; Hope B.B.

The effect of the electrochemical chloride extraction treatment on steel-reinforced mortar Part II - Microstructural characterization
pp. 1561-1568(8)
Authors: Marcotte T.D.; Hansson C.M.; Hope B.B.

Origin and characterisation of fly ashes from cellulose industries containing high proportions of free lime and anhydrite
pp. 1569-1573(5)
Authors: Hauser A.; Eggenberger U.; Peters T.

Kinetics of the hydration reactions in the cement paste with mechanochemically modified cement ²⁹Si magic-angle-spinning NMR study
pp. 1575-1581(7)
Authors: Johansson K.; Larsson C.; Antzutkin O.N.; Forsling W.; Kota H.R.; Ronin V.

Corrosion inhibitors in concrete Part II - The principles
pp. 1583-1589(7)
Authors: Mammoliti L.; Hansson C.M.; Hope B.B.

Diffusion of sulfate ions into cement stone regarding simultaneous chemical reactions and resulting effects
pp. 1591-1596(6)
Authors: Gospodinov P.N.; Kazandjiev R.F.; Partalin T.A.; Mironova M.K.

Effect of low modulus sisal and polypropylene fibre on the free and restrained shrinkage of mortars at early age - Optimisation to control plastic shrinkage
pp. 1597-1604(8)
Authors: Filho R.D.T.; Sanjuan M.A.

Interactions between lead and different binders - A TGA and FTIR study of Portland cement containing metal nitrates
pp. 1605-1610(6)
Authors: Thevenin G.; Pera J.

Formation and hydration of C₃S prepared by microwave and conventional sintering
pp. 1611-1617(7)
Authors: Li H.; Agrawal D.K.; Cheng J.; Silsbee M.R.

Effect of elevated temperature curing on properties of alkali-activated slag concrete
pp. 1619-1625(7)
Authors: Bakharev T.; Sanjayan J.G.; Cheng Y.-B.

C^emQUANT⁽R) software Mathematical modeling in quantitative phase analysis of Portland cement - Application to phase quantitation of mineral sands and Portland cement
pp. 1627-1633(7)
Authors: Feret B.; Feret C.F.

Properties and hydration products of lightweight and expansive cements Part I - Physical and mechanical properties
pp. 1635-1640(6)
Authors: Lilkov V.; Djabarov N.; Bechev G.; Kolev K.

Properties and hydration products of lightweight and expansive cements Part II - Hydration products
pp. 1641-1646(6)
Authors: Lilkov V.; Djabarov N.; Bechev G.; Petrov O.

Poisson's ratio of high-performance concrete
pp. 1647-1653(7)
Author: Persson B.

Influence of key parameters on drying shrinkage of cementitious materials
pp. 1655-1662(8)
Authors: Bissonnette B.; Pierre P.; Pigeon M.

Effects of cement particle size distribution on performance properties of Portland cement-based materials - application to porous Vycor glass
pp. 1663-1671(9)
Authors: Bentz D.P.; Garboczi E.J.; Haecker C.J.; Jensen O.M.

Behaviour of cement mortars containing an industrial waste from aluminium refining - Significance of sodium ions
pp. 1673-1680(8)
Authors: Puertas F.; Blanco-Varela M.T.; Vazquez T.

Differential acid neutralisation analysis - Putting Theory in Practice, Studies in Environmental Science 71
pp. 1681-1684(4)
Authors: Glass G.K.; Buenfeld N.R.

Kramers-Kronig transform used as stability criterion of concrete
pp. 1685-1688(4)
Authors: Shi M.; Chen Z.; Sun J.

An evaluation of the stability of concrete by Nyquist criterion
pp. 1689-1692(4)
Authors: Shi M.; Chen Z.; Sun J.

Strength improvement in Portland cement-based boards
pp. 1693-1695(3)
Authors: Sales G.W.; Kendall K.; Lota J.S.