Hussameldin M.Taha
@hussameldin_t
ID: 250760063
11-02-2011 19:05:39
62 Tweet
39 Followers
103 Following
A great article with a contribution from RM4L's @GebhardLab explaining the work on bio self healing concrete University of Bath
Join the next RM4L #webinar: 'Women in Engineering' with Olivia Perkins (Kier Group ), Heba Bevan (UtterBerry ) and Monica Morales (Jacob Sørensen) Register here: forms.gle/9S9u3S8dXHhYKn… More on our webinars series: rm4l.com/rm4l-webinars-…
Ahead of an online conference in two weeks time, here are some thoughts from RM4L on integrating self-sensing in bacterial self-healing #concrete to create a more biomimetic approach to repair. With @GebhardLab Hussameldin M.Taha and Bianca Reeksting scipedia.com/public/Paine_e…
Our latest paper, which we hope will dispel some misunderstandings about how bacteria behave when added to concrete. "The case against MICP as a means for strength improvement" with @gebhardlab Bianca Reeksting (free for 50 days) authors.elsevier.com/a/1cwxM3Q2WYlY…
Whilst much has been reported on bacterial self-healing of concrete, little consideration seems to have been given to the effect it has on the microstructure of the original cement paste. We show that there are local changes to C-S-H, AFm and AFt phases. authors.elsevier.com/c/1eWs53Q2WYpM…
Fab RM4L research by Jiacheng Zhang 张嘉诚 addressing moisture issues in the development of cement-based #sensors for self-sensing #concrete. Contributions from Hussameldin M.Taha. Electrical impedance behaviour of carbon fibre reinforced cement-based sensors. sciencedirect.com/science/articl…