Chengyang Mo

Mechanics, Heterogeneity, Material design, Ph.D Alum at @PennEngineers Mechanical Engineer at @lamresearch

[Chengyang Mo @ChengyangMo]

Excited to share that my penultimate work from my PhD is published in @PNASNews today. We took inspiration from layers in aorta and made fiber composites that are tough and stiff at the same time, reaching new property space. https://t.co/NZil8ztScl

[Chengyang Mo @ChengyangMo]

@jasongsteck Glad my work was useful. This is quite impressive study!

[Soft Matter @softmatter]

Direct ink writing of tough, stretchable silicone composites led by Chengyang Mo, Rui Yin and Jordan R. Raney @PennEngineers https://t.co/7aS7vm4uf2

[Chengyang Mo @ChengyangMo]

Toughness and stretchability seem to be difficult to achieve together. With this new material in a series of tough soft composites, high toughness 200 kJ/m2 and stretchability of 6 can be simultaneously achieved. Check out our latest paper in @softmatter
https://t.co/ecc6A2FIbO

[Mechanical Engineering and Applied Mechanics, Penn @MEAM_Penn]

Terrific article on the innovative work by MEAM Assistant Professor Jordan Raney and graduate students in his lab.

Inspired by the Human Heart, Penn Engineers Design a Soft Material that is Tear Resistant
https://t.co/ViwKFCmfJT

[Chengyang Mo @ChengyangMo]

Thanks for the highlight!

[Penn Engineering @PennEngineers]

Inspired by the human heart, Penn Engineers have designed a soft material that is tear resistant. By using a 3D printer with a rotating nozzle, the researchers were able to precisely control the alignment of glass fibers embedded within stretchy silicone.https://t.co/U5d3KzSxNl

[Melissa Pappas @MelissaPappas10]

Another #engineering feat...#softmaterial that resists tears. This material was created by @PennEngineers @ChengyangMo & Prof. Jordan Raney via #3Dprinting and inspiration from the #humanheart. Check out the release here ➡️
https://t.co/gZITvEl86D

[Chengyang Mo @ChengyangMo]

@HaiDong_GaTech @PNASNews Yes they are hyper elastic. In our previous JMPS paper, we used HGO model to characterize uniaxial behavior of the uni directionally aligned composites.

[Chengyang Mo @ChengyangMo]

Excited to share that my penultimate work from my PhD is published in @PNASNews today. We took inspiration from layers in aorta and made fiber composites that are tough and stiff at the same time, reaching new property space. https://t.co/NZil8ztScl

[Chengyang Mo @ChengyangMo]

@HaiDong_GaTech @PNASNews Great question! I believe it can be useful to predict the uniaxial behavior of the composites.

[Chengyang Mo @ChengyangMo]

But this is not possible without pioneering work of elastic dissipator @zhigangsuo , utilizing elastic contrast to create tough composites. https://t.co/E4MgMChPuK Here we create elastic contrast by controlling fiber orientation through 3D printing.

[Chengyang Mo @ChengyangMo]

This was a natural extension of our previous work where we aimed to understand tensile properties of glass fiber reinforced PDMS composites. https://t.co/n1Q744XT7X

[Chengyang Mo @ChengyangMo]

I am so happy for my wife now Dr. Yang! She has done an amazing job and I can’t wait to start the next chapter of our life in Oregon.

[Chengyang Mo @ChengyangMo]

Today I officially graduated from my PhD. Thanks so much to my advisor Jordan Raney for the fruitful five years. It’s been a blast. @PennEngineers

[Walden Li @WaldenLi1]

My experiences in Dr. Ting Lu's lab documented in the letter attached.

It's not about him. I've cared about him enough during those 18 months of my life. It's about the students.

@UofIllinois @geo_uiuc @TheDailyIllini @uofigrainger @Nature

https://t.co/v9vRcSkLsH

[EASF Webinar @EasfWebinar]

S04E07 talk by Chengyang Mo (2/2): https://t.co/XBFJXDCsRy

[Chengyang Mo @ChengyangMo]

@EasfWebinar Thank you for the invitation! It’s been a pleasure!

[EASF Webinar @EasfWebinar]

How to design/synthesize polymers/hydrogels/architected materials with higher toughness? --> This Sunday's EASF webinar --> also other advantageous material properties including higher strength & fatigue resistance, lower hysteresis & friction, etc. Please help RT!

[EASF Webinar @EasfWebinar]

Please help RT, thank you!! Relax and enjoy other great research scholars' talks on Sunday :D ! @zhirenz @suhas_prameela @christos_edward @jyang526 @RuobingB @sidkumar_mech, there is no room to @ more ...

[Chengyang Mo @ChengyangMo]

Wordle 219 6/6

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Phewwww