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  Home:  Multi-Scale Mechanics and Materials by Design Lab



P.Zavattieri
Prof. Pablo D.  Zavattieri [Personal Page]
Associate Professor and University Faculty Scholar

Lyles School of Civil Engineering
Purdue University
West Lafayette, IN 47907-2051
zavattie@purdue.edu
[CV]
[Google Scholar Profile]
  
Youtube Channel                    


Welcome to the Pablo Zavattieri Research Group web page at Purdue University. Our research interest is in the broad area of solid mechanics applied to the multiscale modeling of advanced and innovative engineering materials.
The main objectives of our research are to address some of the fundamental issues of solid mechanics and to advance our multiscale understanding of material behavior by developing and employing accurate physics-based scale bridging models together with  state-of-the-art computational tools and high performance computing. This approach is combined with experiments. In particular, our work has strong emphasis in the bridging between scales from atomistics to continuum-based models.
Biomimetics
Our current projects are related to the multiscale modeling of heterogenous and hierarchical  materials, micro and nanomechancis of biological materials, bioinspired (biomimetic) materials, architectured materials, micropatterned  interfaces, smart materials, among others.   [more...]

Team:

[Current Team Members] [Gallery of pictures] [Group Awards]

Group 1
(Group, Jan. 2017): from left to right: (back) Hadi Shagerdi esmaeeli, David Resterpo, Adwait Trikanad, Reza Moini. (front):  Chan Jeong,  Vanessa Restrepo, Maryam Sadat Hosseini, Yunlan Zhang, Mirian Velay-Lizancos, Luz Maria Agudelo, Pablo Zavattieri.


Contact Information:   Pablo D.  Zavattieri
Associate Professor and  University Faculty Scholar
Lyles School of Civil Engineering
College of Engineering
Purdue University
550 Stadium Mall Drive
West Lafayette, IN 47907-2051
Office: CIVL G217
zavattie@purdue.edu

Highlights: 


For more detailed news click here

>> 12/08/2016: Article featured in the Discovery Magazine: Deform to Perform: A Different Take On Programmable Matter [Discovery Magazine]
SMP
>> 11/28/2016: ‘Programmable materials’ showing future potential for industry [Purdue] [Research@Purdue] [Phys.org] [PhysicsWorld]

YouTube
>> 11/28/2016: Congratulations to Nobphadon Suksangpanya for successfully defending his PhD thesis!!
[Pic 1] [Pic 2]

>> 11/21/2016: Solid Mechanics Seminar at Brown University this coming Monday. "Architectured Materials Inspired by Nature"   https://goo.gl/cafHu6

>> 11/15/2016: "Designing Architectured Materials: Evolution vs. Intelligent Design". Surf Presentation done on June 19, 2016. Now available in nanoHUB.   [Link]

>> 11/10/2016: Tweet from @PurdueEngineers featuring a video of our PXCM materials [Link]

>> 11/01/2016: Our Team was named one of the 2016 HIVE 100 Innovators (named by the Hanley Wood Editorial). In recognition of the pioneering, disrupting and transforming work on nano-cellulose reinforced cements. [Link to the article]
CNC_Cement
>> 11/01/2016: Nice article in the Purdue Exponent newspaper about Prof. Zavattieri's Science on Tap Talk [Link]
Exponent
>> 10/27/2016: Science on Tap featuring Prof. Zavattieri, Engineering 2.0: Millions of Years of Trial and Error Making High-Performance Materials

>> 10/14/2016: Purdue Engineering Discovery magazine: Undergrads create energy-absorbing materials.

>> 09/19/2016: Our work on Shape Memory Polymer-based Programmable Cellular Materials has been published in the International Journal of Solids and Structures (IJSS) in two parts. [Part I] [Part II]


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>> [See more news here]   






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