Publications

Explore publications and technical articles addressing concrete materials, structural behaviour, and design methodologies, including steel fibre reinforced self-stressing concrete (SFRSSC). The articles present research-based analysis, experimental results, and practical applications that support the design of efficient, durable, and sustainable concrete structures.

Design and Code; very straightforward, you might think. Code provides the rules
by which we design structures for a huge array of support and load conditions.
Author(s):  David Martin of DA Martin Associates reports

Development of efficient design: ground-level concrete floor slabs

Design and Code; very straightforward, you might think. Code provides the rules by which we design structures for a huge array of support and load conditions. Author(s): David Martin of DA Martin Associates reports
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Chemically post-tensioned steel-fibre-reinforced slab technology is a novel construction approach for industrial ground- and pile-supported slabs. 
Author(s): Rolands Cepurītis and Krišjānis Grinšpons of Primekss Group and David A Martin from Primekss UK report.

Chemically Post-Tensioned Steel-Fibre-Reinforced Industrial Flooring Slabs

Chemically post-tensioned steel-fibre-reinforced slab technology is a novel construction approach for industrial ground- and pile-supported slabs. Author(s): Rolands Cepurītis and Krišjānis Grinšpons of Primekss Group and David A Martin from Primekss UK report.
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Shrinkage-compensating steel fiber-reinforced concrete provides a
cost-effective solution
Author(s): Rolands Cepurītis, Brad J. Pease, Jānis Kamars, and Jānis Ošlejs

Pile-Supported Slabs for Sites with Poor Geotechnical Conditions

Shrinkage-compensating steel fiber-reinforced concrete provides a cost-effective solution Author(s): Rolands Cepurītis, Brad J. Pease, Jānis Kamars, and Jānis Ošlejs
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