PART II –DETERMINING THE OPTIMAL DEBT IN CONDITIONS OF CONTINUOUS TRANSPORT WITH BAND

Abstract

In order to determine the optimum capacity of band conveyers we start from the general equation,the vee profile of the material section on band is imposed, its equation is being determined, the beddingcoefficient is being found out and its relation is further obtained for a maximum section of the material.Relations between the band constructive parameters and the material profile are being defined which aregraphically displayed. Then, the issue of obtaining the maximum capacity through speed adjustmentdepending on the gradient is being analyzed. On the base of the equation for the material balance, we obtainthe equation of the conveyed material volume under stationary regime and under dynamic regime and thelength which ensures the maximum area of the material section on the band. The material discharge is thencalculated depending on the gradient and the time constant of the continuous transport process is beingdetermined, necessary for the selection of acquisition equipments and data processing.

Keywords

• continuous transport
• the equation of the conveyed material volume
• optimum capacity of band