Massimo Mastrangeli and Self-Assembly - Free people check

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Massimo Mastrangeli Delft University of Technology - ResearchGatewww.researchgate.net › ... › Department of Microelectronics

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Organs-on-chip; self-assembly; Wetting; Capillarity; Microrobotics; TU Delft homepage: http://ectm.tudelft.nl/People/bio.php?id=514.

Surface Tension in Microsystems: Engineering Below the Capillary ...books.google.co.uk › books

books.google.co.uk

Chapter 12 Surface Tension-Driven Self-Assembly Massimo Mastrangeli Abstract This chapter reviews the capillary self-assembly (SA) of heterogeneous systems ...

CiteSeerX — Modeling Self-Assembly Across Scales: The Unifying...

citeseerx.ist.psu.edu

by Massimo Mastrangeli , Grégory Mermoud , Alcherio Martinoli ... author = { Massimo Mastrangeli and Grégory Mermoud and Alcherio Martinoli}, title = { Review ...

Agent-based modeling of MEMS fluidic self-assembly - CORE

core.ac.uk

By Massimo Mastrangeli, Chris Van Hoof, Rajashree Baskaran, J.-P Celis and Karl Boehringer

Surface Tension-Driven Self-Assembly | SpringerLink

link.springer.com

Massimo Mastrangeli. Abstract This chapter reviews the capillary self-assembly ( SA) of heterogeneous systems composed by milli- to micrometer-sized building ...

Fast organic conditioning of patterned surfaces for capillary...

core.ac.uk

Fast organic conditioning of patterned surfaces for capillary part-to-substrate self-assembly . By Massimo Mastrangeli, Karolien Jans, Tom Steylaerts,

Surface Tension in Microsystems | SpringerLink

link.springer.com

Book Chapter. Pages Surface Tension-Driven Self-Assembly · Massimo Mastrangeli … show all 1 hide. Download PDF (1185KB) View Chapter.

All web results to the name "Massimo Mastrangeli"

Agentbased modeling of fluidic selfassembly Massimo Mastrangeli ...slidetodoc.com › agentbased-modeling-of-fluidic-selfassembly-massimo-m...

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Agent-based modeling of fluidic self-assembly Massimo Mastrangeli Complex Systems Summer School Santa Fe.

Agent-based modeling of mems fluidic self-assembly - Academia.eduwww.academia.edu › Agent_based_modeling_of_mems_fluidic_self_asse...

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Agent-based modeling of mems fluidic self-assembly. Rajashree Baskaran. Karl Böhringer. Massimo Mastrangeli. C. Van Hoof. Rajashree Baskaran. Karl Böhringer.

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Massimo Mastrangeli and Self-Assembly Free People Check