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The structural Eurocodes are now published and gaining increasing usage in practice but there remains a need to scrutinise, harmonise between countries, develop and, where possible, simplify their provisions. The first paper in this issue (Bourne-Webb et al., 2011) examines the subject of steel sheet pile wall design, covered by Part 5 of Eurocode 3. A simplified approach is employed to assess the impact of reduction factors on section modulus and inertia on the resistance and mobilised bending moments in steel sheet pile walls – the strong interaction between wall flexibility and generated bending moments is emphasised.

Research on the structural characteristics of fibre-reinforced polymers (FRP) has featured prominently in recent issues of the journal. This issue's second paper involves the development of a stress–strain model for rectangular concrete columns confined by FRP wrapping (Koksal and Doran, 2011). The validity of the model is demonstrated by comparison with a large body of experimental data.

The third paper, by Thanoon et al. (2011) presents an experimental study of a novel composite floor system, while the fourth (Ghasemi and Farshchin, 2011) applies ant colony optimisation to the design of frames under seismic loading.

There follows some very interesting discussion on a previous paper on the subject of tension stiffening in concrete beams. The issue concludes with a book review.

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Bourne-Webb
 
PJ
,
Potts
 
DM
,
Rowbottom
 
D
.
Eurocode reduction factors for U-profile sheet pile walls
.
Proceedings of the Institution of Civil Engineers – Structures and Buildings
,
2011
,
164
, (
6
):
377
–
390
, .
Ghasemi
 
MR
,
Farshchin
 
M
.
Ant colony optimization-based multiobjective frame design under seismic conditions
.
Proceedings of the Institution of Civil Engineers – Structures and Buildings
,
2011
,
164
, (
6
):
421
–
432
, .
Koksal
 
HO
,
Doran
 
B
.
Stress–strain model for fibre-reinforced polymer confined rectangular columns
.
Proceedings of the Institution of Civil Engineers – Structures and Buildings
,
2011
,
164
, (
6
):
391
–
408
, .
Thanoon
 
WA
,
Yardim
 
Y
,
Jaafar
 
MS
,
Noorzaei
 
J
.
Structural response of interlocking composite masonry slab
.
Proceedings of the Institution of Civil Engineers – Structures and Buildings
,
2011
,
164
, (
6
):
409
–
420
, .

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