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Proceedings Workshop Ice Abrasion on concrete structures

Abstract

Nordic Concrete Research Workshop on Ice abrasion of concrete structures.

There is increasing interest in developing ice abrasion resistant concrete structures for the arctic. Some relevant research in the field between concrete- and ice science was presented and discussed in a workshop arranged in Finland October 25th – 26th 2007 to proceed in the development of ice abrasion resistant concrete structures. The Nordic Concrete Research workshop was held at Aker Arctic, Vuosaari, and at Helsinki University of Technology, TKK, Espoo, Finland. Thanks to managing Director Mikko Niini and Boel Dondysh at Aker Arctic for their hospitality during the first one and a half day in Vuosaari and to Professor Vesa Penttala and Mr Esko Sistonen for hosting the last part of the workshop in Espoo. Thanks also to the Norwegian Research Council, Aker Solutions/Jan-Diederik Advocaat and the COncrete INnovation centre (COIN) at Sintef/NTNU in Trondheim for support.


CONTENTS

1. Kjell Tore Fosså
Improvement of the Ice Zone on Concrete
Structures for Sub Arctic Areas

2. Esko Sistonen, Markku Leivo, Jari Puttonen
Abrasion of concrete by ice

3. Erland M. Schulson
Ice Forces on Structures

4. Devinder S. Sodhi
Local Ice Pressure Measured During Ductile
and Brittle Crushing of Ice

5. Alexander T. Bekker
Problems of the Ice Cover Abrading Action
on Legs of the Concrete Offshore Structures

6. Egil Møen, Stefan Jacobsen, Håvard A. Myhra
Ice Abrasion Data on Concrete Structures – An Overview

7. Björn Johannesson
Freeze/thaw Phenomena in Concrete at Freezing
to Low Temperatures

8. Mark Hopkins
Discrete Element Sea Ice Modeling

9. Per Olav Moslet, Håvard A.Myhra
Effect of Surface Friction and Concrete Abrasion on Global
Ice Load

10. Esko Sistonen, Stefan Jacobsen
Probabilistic Service Life Modeling of Ice Abrasion
on Concrete Structures

11. Fernando G. Branco, Maria de Lurdes Belgas C. Reis, António Tadeu
Behaviour of Cork Concrete Subjected to Freeze-Thaw Cycles

12. Vesa Penttala
Effects of Pore Water Tension on Freeze-Thaw Durability
and Mechanical Properties of Concrete

13. Andrzej Cwirzen, Vesa Penttala
Abrasion Resistance Comparison of Different Concretes



SEPPO HUOVINEN

This publication is dedicated to late professor Seppo Huovinen who passed away the sixth of February 2008 after a longer period of illness. Seppo was the first real pioneer within the research area of ice abrasion on concrete structures. He did seminal research in his dissertation 'Abrasion of Concrete by Ice in arctic Sea Structures'. Seppo's knowledge was not just limited to the research during his doctoral thesis. He held key qualifications within design of reinforced concrete structures, service life, durability, life cycle analysis, repair and maintenance techniques and structural mechanics. Seppo had a significant, scientific career within three different areas. He worked as a bridge designer in the engineering office Pontek Oy (Ltd.), Helsinki, 1973 - 1980. Between 1980 – 1994 he worked as a researcher at the Technical Research Centre of Finland, VTT, Espoo. Last he worked as a professor at the Structural engineering and Building Physics Laboratory at Helsinki University of Technology, TKK, Espoo, 1994-2008.

With respect to Seppo's memory,
Helsinki University of Technology, TKK

Members of the organizing committee

Stefan Jacobsen, Norwegian University of Science and Technology (NTNU), Norway
Egil Møen, Norwegian University of Science and Technology (NTNU), Norway
Kjell Tore Fosså, Aker Kværner Engineering and Technology, Norway
Tore Myrland Jensen, SINTEF, Norway
Esko Sistonen, Helsinki University of Technology, TKK

Category

Academic anthology/Conference proceedings

Language

English

Author(s)

  • Stefan Jacobsen
  • Egil Møen
  • Kjell Tore Fosså
  • Tore Myrland Jensen
  • Esko Sistonen

Affiliation

  • Norwegian University of Science and Technology
  • Aker Solutions ASA
  • SINTEF
  • Aalto University School of Science and Technology

Year

2008

Publisher

The Nordic Concrete Federation

ISBN

978-82-8208-006-4

View this publication at Cristin