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1.	Axelsson, Kenneth, 1943, et al. (author) Finita elementmetodens tillämpning inom geomekanik 1975 Reports (other academic/artistic)
2.	Axelsson, Kenneth, 1943, et al. (author) Reserapport, International symposium on numerical methods in soil mechanics and rock mechanics, Karlsruhe, 14-20 september 1975 1975 Reports (other academic/artistic)
3.	Larsson, Ragnar, 1960, et al. (author) Localization properties of a frictional material model based on discontinuous approximation 1996 In: Int. J. Num. Anal. Meth. Geomech.. ; 20, s. 771-783 Journal article (peer-reviewed)
4.	Runesson, Kenneth, 1948, et al. (author) An initially anisotropic yield criterion for clay 1977 In: International Conference on Finite Elements in Nonlinear Solid and Structural Mechanics, Geilo, Norway, August 29 - September 1, 1977. ; , s. 23- Conference paper (peer-reviewed)
5.	Runesson, Kenneth, 1948, et al. (author) Characteristics of Constitutive Relations in Soil Plasticity for Undrained Behavior 1992 In: International Journal of Solids and Structures. ; 29:3, s. pp. 363-380 Journal article (peer-reviewed)
6.	Aggestam, Emil, 1992, et al. (author) NUMERICAL MODEL REDUCTION WITH ERROR CONTROL FOR COMPUTATIONAL HOMOGENIZATION OF TRANSIENT HEAT FLOW 2016 In: Proceedings of 29th Nordic Seminar on Computational Mechanics – NSCM29. Conference paper (other academic/artistic)abstract Computational homogenization of transient heat flow is considered by analyzing the response on a representative volume element. A novel numerical model reduction strategy combined with error control is proposed.
7.	Aggestam, Emil, 1992, et al. (author) Numerical model reduction with error control in computational homogenization of transient heat flow 2017 In: Computer Methods in Applied Mechanics and Engineering. - : Elsevier BV. - 0045-7825. ; 326, s. 193-222 Journal article (peer-reviewed)abstract Numerical Model Reduction (NMR) is exploited for solving the finite element problem on a Representative Volume Element (RVE) that arises from the computational homogenization of a model problem of transient heat flow. Since the problem is linear, an orthogonal basis is obtained via the classical method of spectral decomposition. A symmetrized version of the space–time variational format is adopted for estimating the error from the model reduction in (i) energy norm and in (ii) given Quantities of Interest. This technique, which was recently developed in the context of the (non-selfadjoint) stationary diffusion–convection problem, is novel in the present context of NMR. By considering the discrete, unreduced, model as exact, we are able to obtain guaranteed bounds on the error while using only the reduced basis and with minor computational effort. The performance of the error estimates is demonstrated via numerical results, where the subscale is modeled in both one and three spatial dimensions.
8.	Alawaji, H., et al. (author) Integration of Constitutive Equations in Soil Plasticity under Undrained Conditions 1991 In: ASCE, Journal of Engineering Mechanics. ; 117:8, s. pp. 1771-1790 Journal article (peer-reviewed)
9.	Andersson, Owe, et al. (author) Energy transport and storage in earth analyzed by the finite element method 1979 In: Nordic Symposium on Earth Heat Pump Systems, Gothenburg 1979. ; , s. 226-235 Conference paper (peer-reviewed)
10.	Axelsson, Kennet, et al. (author) Constitutive modelling of Swedish fine grained soils 1991 In: Deformation of soils and displacements of structures. - : Balkema Publishers, A.A. / Taylor & Francis The Netherlands. - 9054100028 ; , s. 183-187 Conference paper (peer-reviewed)

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Type of publication: journal article (169); conference paper (165); reports (43); book chapter (9); book (3); doctoral thesis (3); show more...; licentiate thesis (2); show less...

Type of content: peer-reviewed (245); other academic/artistic (149)

Author/Editor: Runesson, Kenneth, 1 ... (366); Larsson, Fredrik, 19 ... (186); Wiberg, Nils-Erik, 1 ... (50); Ekh, Magnus, 1969 (40); Johansson, Håkan, 19 ... (37); Tägnfors, Harald, 19 ... (29); show more...; Larsson, Ragnar, 196 ... (24); Runesson, Kenneth (23); Lundgren, Karin, 196 ... (20); Hansbo, Peter F G, 1 ... (16); Nilenius, Filip, 198 ... (15); Jänicke, Ralf, 1980 (13); Sture, Stein (12); Asp, Leif, 1966 (10); Tillberg, Johan, 198 ... (8); Lillbacka, Robert, 1 ... (8); Su, Fang, 1983 (8); Sciegaj, Adam, 1990 (8); Samuelsson, Alf, 192 ... (7); Bargmann, Swantje, 1 ... (7); Steinmann, Paul (7); Öhman, Mikael, 1983 (7); Lenhof, Bernd, 1975 (7); Klisinski, Marek, 19 ... (7); Sandström, Carl, 197 ... (7); Ekre, Fredrik, 1992 (6); Menzel, Andreas (6); Ottosen, Niels Saaby ... (6); Carlstedt, David, 19 ... (6); Xu, Johanna, 1989 (6); Steinmann, Paul, 196 ... (6); Svendsen, Bob (6); Hansbo, Peter (6); Svedberg, Thomas, 19 ... (6); Carlsson, Kristoffer ... (6); Grymer, Mikkel, 1980 (6); Holmström, Andreas, ... (6); Larsson, Fredrik (5); Tu, Vinh, 1995 (5); Kettil, Per, 1972 (5); Janicke, R. (5); Johansson, Göran, 19 ... (5); Axelsson, Kennet (4); Axelsson, Kenneth, 1 ... (4); Bernspång, Lars, 195 ... (4); Edlund, Stefan (4); Floros, Dimosthenis, ... (4); Memarnahavandi, Aras ... (4); Saabye Ottosen, Niel ... (4); Booker, J. R. (4); show less...

University: Chalmers University of Technology (366); Luleå University of Technology (10); Jönköping University (10); Lund University (8); RISE (6); Royal Institute of Technology (1); show more...; Linköping University (1); Linnaeus University (1); Karlstad University (1); show less...

Language: English (387); Swedish (7)

Research subject (UKÄ/SCB): Engineering and Technology (384); Natural sciences (27); Humanities (1)

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