The EPSRC funded Resilient Materials for Life (RM4L) project developing self-healing and self-diagnosing construction materials.
Joined October 2013
- Tweets 369
- Following 101
- Followers 220
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42 Photos and videos
8 Jan 2023
See Dr Diane Gardner's @EngineeringCU keynote lecture on the Development of Vascular Networks for Self-Healing concrete as presented at ICCMS 2022 in December. youtu.be/oIZWJas12P8
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RM4L retweeted
4 Dec 2022
Finally caught up with the Gresham lecture on #microbial megastructures given earlier this week by @robinmay9. Includes a fantastic explanation of the work at Bath on use of #bacteria to heal cracks in #concrete. gresham.ac.uk/watch-now/micr…
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22 Oct 2022
Nice video from the @EngineeringCU team explaining how their Resilient Structures and Construction Materials research centre will continue the work of #RM4L in further development of self-healing, self-sensing and self-diagnosing construction materials.
youtube.com/watch?v=vibrRzne…
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RM4L retweeted
14 Oct 2022
Just fab to get ALL the staff and postdocs (including those that had left Bath) from the Bath @Materials4Life team together for the first and last time. Celebrating the end of what was an amazing project. #Research is #fun.
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RM4L retweeted
30 Sep 2022
Ismael and @bjreeksting discussed the impact and business engagement of our @Materials4Life research with the funders @EPSRC earlier this week. Thanks guys.
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RM4L retweeted
29 Sep 2022
All part of @RILEM1947 TC 287-CCS looking at cracking in concrete. It's amazing how much we still need to learn. And for my part how we can get cracks to heal themselves. rilem.net/groupe/287-ccs-ear…
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RM4L retweeted
13 Sep 2022
After 5 years @Materials4Life ends this month. It was great to have a final drink with fellow directors, Tony, Abir and Diane, in London last week to celebrate a transformation in self-healing and self-sensing construction #materials and work well done. Cheers all.
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RM4L retweeted
13 Sep 2022
Fab @Materials4Life research by @jczz97 addressing moisture issues in the development of cement-based #sensors for self-sensing #concrete. Contributions from @Hussameldin_T. Electrical impedance behaviour of carbon fibre reinforced cement-based sensors. sciencedirect.com/science/ar…
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8 Sep 2022
Thanks to @CEMEXRPK1 for a great talk on practical methods for achieving low carbon concrete at our Showcase event today.
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RM4L retweeted
8 Sep 2022
Just one of the display tables at the @Materials4Life showcase event in London today. #selfhealing #selfsensing #concrete #bacteria #tetcretes
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RM4L retweeted
5 Sep 2022
The @Materials4Life showcase event will be held on Thursday at the BMA in London. A great opportunity to discuss the future of infrastructure materials. Registration available here:
rm4l.com/rm4l-showcase-event…
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RM4L retweeted
2 Sep 2022
On 22 & 23 May 2023 we would be honored to host you in Ghent for the SMARTINCS’23 conference. The abstract submission is now open, please visit smartincs.eu for the procedure. The deadline for abstract submission is October 1st, 2022. #SMARTINCS23 #H2020 #smartincseu
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27 Jul 2022
We are delighted to invite you to attend the RM4L Showcase Event in London on Thursday 8th September 2022. This event will showcase the state of the art in self-healing technologies and biomimetic infrastructure materials. rm4l.com/rm4l-showcase-event
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RM4L retweeted
28 Jun 2022
The Bath @Materials4Life team. New album and tour dates to be announced. @GebhardLab @bjreeksting
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21 Jun 2022
The second day of ICSHM 2022 starts with a plenary keynote by our PI Tony Jefferson of @cardiffuni.
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20 Jun 2022
The first RM4L presentation is from Livia @Cambridge_Eng on her work to tailor microcapsules for self healing. Unfortunately she couldn't make it to Milan.
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20 Jun 2022
The RM4L team are in Milan for ICSHM 2022. First coffee break with colleagues from Bath, Cambridge, Newcastle and Kitakyushu universities.
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RM4L retweeted
12 Apr 2022
In Cardiff, we keep active in concrete mechanics after Prof Karihaloo's legacy: dissipation processes for cracking across scales (topic of my PhD), other colleagues are working in non-conventional concrete mechanics such as self-healing rm4l.com/ @Materials4Life
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