RM4L

The EPSRC funded Resilient Materials for Life (RM4L) project developing self-healing and self-diagnosing construction materials.

[RM4L @Materials4Life]

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. https://t.co/PMi2TXjhBO

[Kevin Paine @KevPaine]

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. https://t.co/eFJlOs8oHa

[RM4L @Materials4Life]

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.
https://t.co/Eu9CaPhwzq

[Kevin Paine @KevPaine]

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.

[Kevin Paine @KevPaine]

Ismael and @bjreeksting discussed the impact and business engagement of our @Materials4Life research with the funders @EPSRC earlier this week. Thanks guys.

[Kevin Paine @KevPaine]

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. https://t.co/xBotsQ4vEJ

[Kevin Paine @KevPaine]

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.

[Kevin Paine @KevPaine]

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. https://t.co/1Tq7mp8NNc

[RM4L @Materials4Life]

Thanks to @CEMEXRPK1 for a great talk on practical methods for achieving low carbon concrete at our Showcase event today.

[Kevin Paine @KevPaine]

Just one of the display tables at the @Materials4Life showcase event in London today. #selfhealing #selfsensing #concrete #bacteria #tetcretes

[Kevin Paine @KevPaine]

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:
https://t.co/q0juiXzITN

[Smartincs @SmartincsEU]

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 https://t.co/K5Q5TT9Ln0 for the procedure. The deadline for abstract submission is October 1st, 2022. #SMARTINCS23 #H2020 #smartincseu

[RM4L @Materials4Life]

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. https://t.co/lNKnLqkxiM

[Kevin Paine @KevPaine]

The Bath @Materials4Life team. New album and tour dates to be announced. @GebhardLab @bjreeksting

[RM4L @Materials4Life]

It's gone rather old school. ICSHM 2022.

[RM4L @Materials4Life]

The second day of ICSHM 2022 starts with a plenary keynote by our PI Tony Jefferson of @cardiffuni.

[RM4L @Materials4Life]

An evening of wine tasting at ICSHM 2022.

[RM4L @Materials4Life]

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.

[RM4L @Materials4Life]

The RM4L team are in Milan for ICSHM 2022. First coffee break with colleagues from Bath, Cambridge, Newcastle and Kitakyushu universities.

[Carlos Xavier Azua-Gonzalez 🇪🇨🏴󠁧󠁢󠁷󠁬󠁳󠁿 @AzuaXavier]

@zhirenz 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 https://t.co/IhgglFXR5J @Materials4Life