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Adv Sci (Weinh) June 2021 PMID 34105267

Triple Stiffness: A Bioinspired Strategy to Combine Load-Bearing, Durability, and Impact-Resistance.

Ali Khaheshi, Stanislav Gorb, Hamed Rajabi

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Mentions

38
Peak: 18 in Mar 2021
across 5 sources since Mar 2021

Extended reach

147,575
potential audience

Total likes

76

Video views

3,513

Mentions per month

Mar 2021 – Sep 2022

Where it's discussed

  • X / Twitter23 posts
  • News10 articles
  • Reddit2 posts
  • Blogs2 articles
  • YouTube1 videos

AI synopsis

What people are saying

The discussions are overwhelmingly positive, showcasing excitement about the bioinspired structures that resist collisions and adapt stiffness, with examples like 'resists collisions without failure' and references to 'future wings.' The tone and context emphasize the transformative potential of the research, reinforcing its high impact and relevance.

AgreementModerate agreement

Most discussions highlight support and enthusiasm for the bioinspired approach, emphasizing its innovative potential and practical applications, reflecting agreement with the article's significance.

InterestHigh interest

Posts express strong curiosity, with many noting the relevance of insect-inspired designs and mentioning how the research could influence future technology, indicating high interest.

EngagementModerate engagement

Multiple posts include references to specific features like 3D-printed models, collision resistance, and the potential for advanced structures, showing thoughtful engagement.

ImpactHigh impact

Discussions suggest this research could significantly impact fields like biomechanics, aerospace, and materials science, with words like 'game changer' and mentions of practical demonstrations reinforcing this view.

Abstract in brief

  • The article introduces the concept of "triple stiffness," inspired by insect wings, which allows structures to adapt their stiffness to different load conditions by using flexible joints, mechanical stoppers, and buckling zones.
  • This bioinspired approach enables engineering structures to simultaneously achieve load-bearing durability and impact resistance, overcoming the usual trade-off between these properties.
  • The practical application demonstrated involves 3D printed airplane wing models that incorporate triple stiffness features, successfully withstanding collisions without failure, highlighting the potential for advanced, resilient structural designs.
Read the full abstract

Top posts

Most liked on X and Bluesky
Hamed Rajabi
@harajabi_ · X

New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6iLKP132K YouTube video https://t.co/tjpopHgVqF @kieluni @Kiel_Nano @AdvSciNews @WileyInResearch #biomechanics #bioinspired #3Dprinting #biomimetics https://t.co/1wsTxQJqrV

Mar 19, 2021 · 15 likes · 6 shares · 790 followers View post →
Advanced Portfolio News
@AdvPortfolio · X

Inspired by insect wings, researchers make adaptive structures with variable and reversible stiffness @harajabi_ @kieluni @Kiel_Nano Check out the video https://t.co/soAgTWUOtV

Mar 21, 2021 · 11 likes · 6 shares · 34,929 followers View post →
Hamed Rajabi
@harajabi_ · X

See how our #3Dprinted #bioinspired wing model resists collisions without failure! Read about our #openaccess paper @AdvSciNews : https://t.co/z6iLKPiErk press release @kieluni @Kiel_Nano : https://t.co/MWSkQx3UUf YouTube: https://t.co/tjpopHywPf and our short video below. https://t.co/5wX3ZI7WeH

Mar 22, 2021 · 10 likes · 3 shares · 790 followers View post →
Aleksandra Stęplowska
@stepelka · X

Przemysł z takich obserwacji może i powinien czerpać garściami... (pracę opublikowano w Advanced Science ok. miesiąc temu) https://t.co/Lziz0XsVdx

May 1, 2021 · 9 likes · 2 shares · 2,803 followers View post →
د. حزام بن سعود السبيعي
@DrHuzam · X

وتوفر هذه التركيبة قدرة الهيكل على تحمل الأحمال على المدى الطويل؛ لكن مع زيادة الضغط، تتوقف حركة الأجنحة عن طريق تموجات مجهرية تقع على المفاصل الرقيقة، وأوضح الباحثون أن هذه "المقابس" تدعم الأجنحة ضد الأحمال الثقيلة. 1️⃣1️⃣ https://t.co/fGB5NGFSvT

Sep 23, 2022 · 4 likes · 3 shares · 82,030 followers View post →
Le mégot de Notre-Dame
@Lafontainelili1 · X

La vidéo des ailes du futur

Mar 22, 2021 · 1 like · 234 followers View post →

All mentions

كمال حِمدي
@KAMAL_HEMDI · X

RT @DrHuzam: وتوفر هذه التركيبة قدرة الهيكل على تحمل الأحمال على المدى الطويل؛ لكن مع زيادة الضغط، تتوقف حركة الأجنحة عن طريق تموجات مجهرية…

Sep 24, 2022 · 3 shares · 4,901 followers View post →
حمود بن قريزح
@bingrezah · X

RT @DrHuzam: وتوفر هذه التركيبة قدرة الهيكل على تحمل الأحمال على المدى الطويل؛ لكن مع زيادة الضغط، تتوقف حركة الأجنحة عن طريق تموجات مجهرية…

Sep 24, 2022 · 3 shares · 995 followers View post →
د. حزام بن سعود السبيعي
@DrHuzam · X

وتوفر هذه التركيبة قدرة الهيكل على تحمل الأحمال على المدى الطويل؛ لكن مع زيادة الضغط، تتوقف حركة الأجنحة عن طريق تموجات مجهرية تقع على المفاصل الرقيقة، وأوضح الباحثون أن هذه "المقابس" تدعم الأجنحة ضد الأحمال الثقيلة. 1️⃣1️⃣ https://t.co/fGB5NGFSvT

Sep 23, 2022 · 4 likes · 3 shares · 82,030 followers View post →
Ali Khaheshi
@akhaheshi · X

RT @stepelka: Przemysł z takich obserwacji może i powinien czerpać garściami... (pracę opublikowano w Advanced Science ok. miesiąc temu)…

May 1, 2021 · 2 shares · 681 followers View post →
Piotr Chmielewski
@piotr_physic · X

RT @stepelka: Przemysł z takich obserwacji może i powinien czerpać garściami... (pracę opublikowano w Advanced Science ok. miesiąc temu)…

May 1, 2021 · 2 shares · 7,511 followers View post →
Aleksandra Stęplowska
@stepelka · X

Przemysł z takich obserwacji może i powinien czerpać garściami... (pracę opublikowano w Advanced Science ok. miesiąc temu) https://t.co/Lziz0XsVdx

May 1, 2021 · 9 likes · 2 shares · 2,803 followers View post →
Ali Khaheshi
@akhaheshi · X

RT @harajabi_: See how our #3Dprinted #bioinspired wing model resists collisions without failure! Read about our #openaccess paper @AdvSc…

Mar 23, 2021 · 3 shares · 682 followers View post →
Ordo Fraterna Fibonacci
@OrdoFibonacci · X

Triple Stiffness: A Bioinspired Strategy to Combine Load‐Bearing, Durability, and Impact‐Resistance https://t.co/xXEsLvHEUv

Mar 22, 2021 · 2,565 followers View post →
Sepehr H. Eraghi
@sepehrhajali · X

RT @harajabi_: See how our #3Dprinted #bioinspired wing model resists collisions without failure! Read about our #openaccess paper @AdvSc…

Mar 22, 2021 · 3 shares · 29 followers View post →
Le mégot de Notre-Dame
@Lafontainelili1 · X

La vidéo des ailes du futur

Mar 22, 2021 · 1 like · 234 followers View post →
Christophe Duplais
@Chemistophe · X

RT @harajabi_: See how our #3Dprinted #bioinspired wing model resists collisions without failure! Read about our #openaccess paper @AdvSc…

Mar 22, 2021 · 3 shares · 1,789 followers View post →
Hamed Rajabi
@harajabi_ · X

See how our #3Dprinted #bioinspired wing model resists collisions without failure! Read about our #openaccess paper @AdvSciNews : https://t.co/z6iLKPiErk press release @kieluni @Kiel_Nano : https://t.co/MWSkQx3UUf YouTube: https://t.co/tjpopHywPf and our short video below. https://t.co/5wX3ZI7WeH

Mar 22, 2021 · 10 likes · 3 shares · 790 followers View post →
Ali Khaheshi
@akhaheshi · X

RT @harajabi_: New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6i…

Mar 22, 2021 · 6 shares · 682 followers View post →
Fatih İnanç
@fatihinanc_mus · X

RT @AdvSciNews: Inspired by insect wings, researchers make adaptive structures with variable and reversible stiffness @harajabi_ @kieluni @…

Mar 21, 2021 · 6 shares · 36 followers View post →
Sepehr H. Eraghi
@sepehrhajali · X

RT @AdvSciNews: Inspired by insect wings, researchers make adaptive structures with variable and reversible stiffness @harajabi_ @kieluni @…

Mar 21, 2021 · 6 shares · 29 followers View post →
Hamed Rajabi
@harajabi_ · X

RT @AdvSciNews: Inspired by insect wings, researchers make adaptive structures with variable and reversible stiffness @harajabi_ @kieluni @…

Mar 21, 2021 · 6 shares · 790 followers View post →
Ali Khaheshi
@akhaheshi · X

RT @AdvSciNews: Inspired by insect wings, researchers make adaptive structures with variable and reversible stiffness @harajabi_ @kieluni @…

Mar 21, 2021 · 6 shares · 682 followers View post →
Advanced Portfolio News
@AdvPortfolio · X

Inspired by insect wings, researchers make adaptive structures with variable and reversible stiffness @harajabi_ @kieluni @Kiel_Nano Check out the video https://t.co/soAgTWUOtV

Mar 21, 2021 · 11 likes · 6 shares · 34,929 followers View post →
Sepehr H. Eraghi
@sepehrhajali · X

RT @harajabi_: New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6i…

Mar 20, 2021 · 6 shares · 29 followers View post →
AlvaroG
@AlvaroG14993861 · X

RT @harajabi_: New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6i…

Mar 19, 2021 · 6 shares · 44 followers View post →
John Sebastian
@johnmcseb · X

RT @harajabi_: New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6i…

Mar 19, 2021 · 6 shares · 171 followers View post →
Antonio Dominguez-Alfaro
@A_DguezAlfaro · X

RT @harajabi_: New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6i…

Mar 19, 2021 · 6 shares · 684 followers View post →
Hamed Rajabi
@harajabi_ · X

New paper is out! Insect wings inspire the design of adaptive structures with variable stiffness! Article https://t.co/z6iLKP132K YouTube video https://t.co/tjpopHgVqF @kieluni @Kiel_Nano @AdvSciNews @WileyInResearch #biomechanics #bioinspired #3Dprinting #biomimetics https://t.co/1wsTxQJqrV

Mar 19, 2021 · 15 likes · 6 shares · 790 followers View post →