This paper introduces a microrobotic platform to make, manipulate and break individual paper fiber bonds. An individual paper fiber bond is the construction unit of a paper sheet and its properties affect the strength of the entire network of a paper sheet. In one hand, conventional laboratory tests on paper fiber bonds are mainly performed in a hand-sheet level. On the other hand, reported methods for paper fiber bond strength tests in individual bond level are either direct which are manual, laborious and have a low throughput or indirect which require data interpretation. The microrobotic platform presented in this paper performs direct and individual tests on paper fiber bonds. Making, manipulating and breaking individual paper fiber bo...
Fiber networks made of cellulose fibers from trees are used as information carriers (paper) and as p...
The deformation of paper and its fibre bonds was studied by straining thin paper structures inside t...
The Page equation for tensile strength of paper is widely and successfully used but has the disadvan...
This paper introduces a microrobotic platform to manipulate and characterize individual paper fibers...
This paper presents a novel method for automated manipulation of individual paper fiber bonds using ...
The strength of the individual paper fiber bonds (IPFB) is the key parameter which determines the me...
This thesis discusses the optimization researchof on illumination design in of a microrobotic platfo...
Mechanical characterization of micro-scale fibrous materials determines the key parameters which aff...
Fibre bonds greatly influence the mechanical, optical, electrical and thermal properties of paper. S...
The mechanical characterization of paper fibers and paper fiber bonds determines the key parameters ...
"June 1991.""To be presented at 1991 International Paper Physics Conference, September 22-27, 1991, ...
In manufacturing of paper and paperboard, optimized fiber usage has crucial importance for process e...
The tensile tests of individual bleached softwood kraft pulp fibers and sheets, and micromechanical ...
Fiber networks are ubiquitous due to their low cost and high ratio of mechanical performance to weig...
The use of microrobotics in high throughput and precise characterization of objects at microscale ha...
Fiber networks made of cellulose fibers from trees are used as information carriers (paper) and as p...
The deformation of paper and its fibre bonds was studied by straining thin paper structures inside t...
The Page equation for tensile strength of paper is widely and successfully used but has the disadvan...
This paper introduces a microrobotic platform to manipulate and characterize individual paper fibers...
This paper presents a novel method for automated manipulation of individual paper fiber bonds using ...
The strength of the individual paper fiber bonds (IPFB) is the key parameter which determines the me...
This thesis discusses the optimization researchof on illumination design in of a microrobotic platfo...
Mechanical characterization of micro-scale fibrous materials determines the key parameters which aff...
Fibre bonds greatly influence the mechanical, optical, electrical and thermal properties of paper. S...
The mechanical characterization of paper fibers and paper fiber bonds determines the key parameters ...
"June 1991.""To be presented at 1991 International Paper Physics Conference, September 22-27, 1991, ...
In manufacturing of paper and paperboard, optimized fiber usage has crucial importance for process e...
The tensile tests of individual bleached softwood kraft pulp fibers and sheets, and micromechanical ...
Fiber networks are ubiquitous due to their low cost and high ratio of mechanical performance to weig...
The use of microrobotics in high throughput and precise characterization of objects at microscale ha...
Fiber networks made of cellulose fibers from trees are used as information carriers (paper) and as p...
The deformation of paper and its fibre bonds was studied by straining thin paper structures inside t...
The Page equation for tensile strength of paper is widely and successfully used but has the disadvan...