This paper introduces a microrobotic platform to manipulate and characterize individual paper fibers. Mechanical characterization of individual paper fibers determines the key parameters which affect the quality of paper sheets. Current laboratory tests are based on bulk paper fiber measurements. This paper presents a microrobotic platform which is able to characterize the flexibility of individual paper fibers directly, not in bulk amount and using indirect estimations. The flexibility of three different pulp samples is measured and the experimental results are reported.Peer reviewe
The use of microrobotics in high throughput and precise characterization of objects at microscale ha...
This degree project concerning evaluation of strength potential in paper made by mechanical pulp b...
The effective use of modern control theory requires suitable mathematical models of the objects to b...
This paper introduces a microrobotic platform to make, manipulate and break individual paper fiber b...
Mechanical characterization of micro-scale fibrous materials determines the key parameters which aff...
The mechanical characterization of paper fibers and paper fiber bonds determines the key parameters ...
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...
One of the most challenging issues faced in handling specimens for microscopy, is avoiding artefacts...
This paper presents a novel method for automated manipulation of individual paper fiber bonds using ...
Fiber networks made of cellulose fibers from trees are used as information carriers (paper) and as p...
Cellulose fibers come in a wide range of shapes and sizes. The heterogeneity of the fiber length, wi...
Papermaking has a long history and is dominated by experience. The understanding of structure and ul...
Speaking of conservation of articles in museums and collections there is no question about the impor...
Speaking of conservation of articles in museums and collections there is no question about the impor...
The use of microrobotics in high throughput and precise characterization of objects at microscale ha...
This degree project concerning evaluation of strength potential in paper made by mechanical pulp b...
The effective use of modern control theory requires suitable mathematical models of the objects to b...
This paper introduces a microrobotic platform to make, manipulate and break individual paper fiber b...
Mechanical characterization of micro-scale fibrous materials determines the key parameters which aff...
The mechanical characterization of paper fibers and paper fiber bonds determines the key parameters ...
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...
One of the most challenging issues faced in handling specimens for microscopy, is avoiding artefacts...
This paper presents a novel method for automated manipulation of individual paper fiber bonds using ...
Fiber networks made of cellulose fibers from trees are used as information carriers (paper) and as p...
Cellulose fibers come in a wide range of shapes and sizes. The heterogeneity of the fiber length, wi...
Papermaking has a long history and is dominated by experience. The understanding of structure and ul...
Speaking of conservation of articles in museums and collections there is no question about the impor...
Speaking of conservation of articles in museums and collections there is no question about the impor...
The use of microrobotics in high throughput and precise characterization of objects at microscale ha...
This degree project concerning evaluation of strength potential in paper made by mechanical pulp b...
The effective use of modern control theory requires suitable mathematical models of the objects to b...