Evaluation of Spherical Fitting as a technique for sizing iron ore pellets is performed. Size measurement of pellet in industry is usually performed by manual sampling and sieving techniques. Automatic on-line analysis of pellet size would allow non-invasive, frequent and consistent measurement. Previous work has used an assumption that pellets are spherical to estimate pellet sizes. In this research we use a 3D laser camera system in a laboratory environment to capture 3D surface data of pellets and steel balls. Validation of the 3D data against a spherical model has been performed and demonstrates that pellets are not spherical and have physical structures that a spherical model cannot capture.Godkänd; 2007; 20070725 (tobiasa)3D Mätning P...
Knowledge about pellet microstructure such as porosity and oxidation degree is essential in improvin...
Manufacturing of particulate products across many industries relies on accurate measurements of part...
This thesis addresses the possibility of determining the exact volume of a small irregularshape usin...
Evaluation of Spherical Fitting as a technique for sizing iron ore pellets is performed. Size measur...
Ongoing research into an industrial prototype 3D imaging and analysis system is presented for non-co...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
Size measurement of iron ore pellets in industry is usually performed by manual sampling and sieving...
The process of size enlargement or agglomeration finds a variety of applications in material process...
Size measurement of pellets in industry is usually performed by manual sampling and sieving techniqu...
Growing population and decreasing amount of cultivated land conditions the increase of fertilizer de...
Optical sizing of blasted rock has been used for about 15 years. Originally thought of as a specific...
The article proposes imaging and measurement method of grains in 3D space. In order to represent ana...
peer reviewedThis paper highlights the fact that particle size distribution (PSD) is not unique for ...
Knowledge about pellet microstructure such as porosity and oxidation degree is essential in improvin...
Manufacturing of particulate products across many industries relies on accurate measurements of part...
This thesis addresses the possibility of determining the exact volume of a small irregularshape usin...
Evaluation of Spherical Fitting as a technique for sizing iron ore pellets is performed. Size measur...
Ongoing research into an industrial prototype 3D imaging and analysis system is presented for non-co...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
Size measurement of iron ore pellets in industry is usually performed by manual sampling and sieving...
The process of size enlargement or agglomeration finds a variety of applications in material process...
Size measurement of pellets in industry is usually performed by manual sampling and sieving techniqu...
Growing population and decreasing amount of cultivated land conditions the increase of fertilizer de...
Optical sizing of blasted rock has been used for about 15 years. Originally thought of as a specific...
The article proposes imaging and measurement method of grains in 3D space. In order to represent ana...
peer reviewedThis paper highlights the fact that particle size distribution (PSD) is not unique for ...
Knowledge about pellet microstructure such as porosity and oxidation degree is essential in improvin...
Manufacturing of particulate products across many industries relies on accurate measurements of part...
This thesis addresses the possibility of determining the exact volume of a small irregularshape usin...