Objects
Imre, E., Schanz, T., Bates, L., Fityus, S.. CRC Press; 2018. Evaluation of complex and/or short CPTu dissipation tests.
Bishop, D., Fityus, S., Goodwin, I., Imre, E.. Taylor & Francis; 2008. The CPTU as a tool for interpreting depositional environments in estuarine deposits.
Fityus, S., Buzzi, O., Imre, E.. CI-Premier; 2010. Problems in testing problematic expansive soils.
Imre, E., Bishop, D., Bates, L., Fityus, S., Hortobagyi, Z., Juhasz, M.. Australian Geomechanics Society; 2016. Some comments on the CPTu and DMT dissipation tests.
Fityus, S. G., Buzzi, O., Imre, E.. Thai Geotechnical Society; 2011. Large scale tests on the expansiveness of resin-injected clay.
Imre, E., Schanz, T., Hortobágyi, Zs, Singh, V. P., Fityus, S.. ICE Publishing; 2015. Oedometer relaxation test.
Imre, E., Bishop, D., Bates, L., Fityus, S., Bakacsi, Z., Rajkai, K., Juhász, M.. Australian Geomechanics Society; 2016. Dissipation tests in saline environment.
Imre, E., Trang, P. Q., Telekes, G., Rozsa, P., Fityus, S.. Taylor & Francis; 2008. Evaluation of short non-monotonous dissipation test data.
Imre, E., Kecskés, G., Rajkai, K., Schanz, T., Hortobágyi, Zs, Singh, V. P., Fityus, S.. ICE Publishing; 2015. Sand behaviour in terms of the grading curve.
Imre, E., Hegedűs, M., Bates, L., Fityus, S.. CRC Press; 2022. Evaluation of complex CPTu dissipation tests of B.E.S.T..
Imre, E., Bates, L., Fityus, S.. University of New South Wales (UNSW), Centre for Infrastructure Engineering and Safety (CIES); 2011. Evaluation of dilatometer dissipation test data with no inflexion point.