Fluid-assisted assembly refers to a number of processes that utilize a fluid medium or fluidic forces to assemble components. Fluid-assisted assembly processes often use a fluidic medium to overcome the challenges with grasping and releasing microscale components using traditional methods. These processes can utilize capillary, viscous, magnetic, electrical, and gravitational forces. This category encompasses both stochastic self-assembly processes and directed processes
This publication provides an overview and discusses some challenges of surface tension directed flui...
New applications and the reduction of costs will lead to smaller and thinner electronic chips. Polym...
This chapter reviews the capillary self-assembly (SA) of heterogeneous systems composed by milli- to...
Fluid-assisted assembly refers to a number of processes that utilize a fluid medium or fluidic force...
Assembly permits the integration of different materials and manufacturing processes to increase syst...
Stochastic fluidic assembly is an approach to small scale fabrication that serves as an alternative ...
Part 1: Micro Assembly Processes and SystemsInternational audienceThe following approach of a fluidi...
Our purpose is to develop self-assembly of microcompounds into pairs with encapsulation of a functio...
Regarding electronic components the reduction of costs will be a challenging goal in the next years....
Due to product miniaturization and the simultaneous rise in the level of integration, the components...
Fluidic self assembly (FSA) is a promising new method for manufacturing microscopic assemblies, whic...
Parallel self-assembly in the fluidic phase is a promising al-ternative technique to conventional pi...
Abstract: This keynote reports on a new class of processes- so called fluid processes- whose ”engine...
In the future the assembly technology of smallest chips will get more and more important. The conven...
Abstract: Fluidic self-assembly using capillary forces has shown great potential for the manufactur...
This publication provides an overview and discusses some challenges of surface tension directed flui...
New applications and the reduction of costs will lead to smaller and thinner electronic chips. Polym...
This chapter reviews the capillary self-assembly (SA) of heterogeneous systems composed by milli- to...
Fluid-assisted assembly refers to a number of processes that utilize a fluid medium or fluidic force...
Assembly permits the integration of different materials and manufacturing processes to increase syst...
Stochastic fluidic assembly is an approach to small scale fabrication that serves as an alternative ...
Part 1: Micro Assembly Processes and SystemsInternational audienceThe following approach of a fluidi...
Our purpose is to develop self-assembly of microcompounds into pairs with encapsulation of a functio...
Regarding electronic components the reduction of costs will be a challenging goal in the next years....
Due to product miniaturization and the simultaneous rise in the level of integration, the components...
Fluidic self assembly (FSA) is a promising new method for manufacturing microscopic assemblies, whic...
Parallel self-assembly in the fluidic phase is a promising al-ternative technique to conventional pi...
Abstract: This keynote reports on a new class of processes- so called fluid processes- whose ”engine...
In the future the assembly technology of smallest chips will get more and more important. The conven...
Abstract: Fluidic self-assembly using capillary forces has shown great potential for the manufactur...
This publication provides an overview and discusses some challenges of surface tension directed flui...
New applications and the reduction of costs will lead to smaller and thinner electronic chips. Polym...
This chapter reviews the capillary self-assembly (SA) of heterogeneous systems composed by milli- to...