A pilot study comparing the influence by different crease geometry on the grip stiffness of carton board packages has been executed. For this purpose, Syntouch Biotac, Lloyd LR5K tensiletester and crease measurements have been used. In total, 40 packages were manufactured and tested for this report. It was found that different crease geometries do have an effect on the difference in stiffness before and after collapse load. It was also found that vibration signals from Syntouch Biotac could be used to differentiate between different crease geometry at the instant of collapse load in the majority of cases. For continued work it is proposed that the same method used in this report should be applied on a larger number of packages. This is prop...
This is a thesis project done on behalf of BillerudKornäs in collaboration with Örebro University in...
The performance of paperboard materials in packaging application has been investigated and evaluated...
AbstractThe large bending behavior of a creased paperboard is studied in the range of rotation θ∊[0°...
A pilot study comparing the influence by different crease geometry on the grip stiffness of carton b...
This candidate thesis reports the findings of a study on an objective method for measuring grip stif...
Grip stiffness is an important property of carton board packaging. The structure of the packaging ne...
This report is a part of the research project "A New Model for Deformation of Carton Board Packages ...
Denna rapport avhandlar ett examensarbete på 15 hp utfört åt BillerudKorsnäs inom forskningsprojekte...
Biomimetic tactile sensing was previously mostly performed in medical situations, such as when locat...
The work has been carried out mainly for Tetra Pak within the project "A New Model for Deformation o...
It is established that paper properties depend on the loading rate. The rule of thumb is that the in...
The objectives of the thesis were to find the mechanisms that govern compression failures in paperbo...
Carton board packages subjected to concentrated loads near the edges are damaged in a characteristic...
Kräppat pappers kraft och töjningskurva är mer dragstyv till 5 % töjning för att sedan bli mindre dr...
This is a thesis project done on behalf of BillerudKornäs in collaboration with Örebro University in...
The performance of paperboard materials in packaging application has been investigated and evaluated...
AbstractThe large bending behavior of a creased paperboard is studied in the range of rotation θ∊[0°...
A pilot study comparing the influence by different crease geometry on the grip stiffness of carton b...
This candidate thesis reports the findings of a study on an objective method for measuring grip stif...
Grip stiffness is an important property of carton board packaging. The structure of the packaging ne...
This report is a part of the research project "A New Model for Deformation of Carton Board Packages ...
Denna rapport avhandlar ett examensarbete på 15 hp utfört åt BillerudKorsnäs inom forskningsprojekte...
Biomimetic tactile sensing was previously mostly performed in medical situations, such as when locat...
The work has been carried out mainly for Tetra Pak within the project "A New Model for Deformation o...
It is established that paper properties depend on the loading rate. The rule of thumb is that the in...
The objectives of the thesis were to find the mechanisms that govern compression failures in paperbo...
Carton board packages subjected to concentrated loads near the edges are damaged in a characteristic...
Kräppat pappers kraft och töjningskurva är mer dragstyv till 5 % töjning för att sedan bli mindre dr...
This is a thesis project done on behalf of BillerudKornäs in collaboration with Örebro University in...
The performance of paperboard materials in packaging application has been investigated and evaluated...
AbstractThe large bending behavior of a creased paperboard is studied in the range of rotation θ∊[0°...