Important Parameters for Increased Productivity in Bridge Design and Production

Author:

Lagerkvist Johan1,Karlsson Mats1,Rempling Rasmus2,Bosch-Sijtsema Petra2,Lædre Ola3,Simonsson Peter4

Affiliation:

1. Chalmers University of Technology, Swedish Transport Administration, Sweden

2. Chalmers University of Technology, Sweden

3. Norwegian University of Science and Technology, Norway

4. Swedish Transport Administration, Sweden

Abstract

<p>There is great potential for increased productivity in the production of bridges in terms of optimizing material use, time and cost for design and production. Hence, the environmental impact and cost can be optimized. To find out how standardisation of parts of bridges and which parameters are of most importance for increased productivity in the production of bridges, a quantitate study was performed on the Swedish bridge construction industry. The questionnaire received 151 responses. The results show in which aspects and parameters the industry’s three major actors – engineers, contractors, and clients – see greatest potential in order to increase the productivity. By standardising parts in bridges, there is great potential in making the construction of bridges more productive.</p>

Publisher

International Association for Bridge and Structural Engineering (IABSE)

Reference23 articles.

1. Nilsson J-E, Nyström J, Salomonsson J. Produktivitet i bygg- och anläggningssektorn. 2020.

2. Wodalski MJ, Thompson BP, Whited G, et al. Applying Lean Techniques in the Delivery of Transportation Infrastructure Construction Projects CFIRE Principal Investigator. National Center for Freight and Infrastructure Research and Education(U.S.), 1 July 2011.

3. Ekström D, Rempling R, Plos M, et al. Samarbetsprojekt för effektivare brobyggande. Bygg & Teknik, 2014, pp. 58– 61.

4. Aspects of Integrated Design of Structures: Parametric Models, Creative Space and Linked Knowledge;Rasmus Rempling;Civil Engineering and Architecture

5. Nilsson J-E, Ridderstedt I, Rushid AR. Utan spaning, ingen aning Behovet av data för att följa upp effektivitet, produktivitet och innovationer i anläggningssektorn. 2021.

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