- Area utilization ratio - the ratio of the usable area occupied by stored materials, F floor to the total area of the warehouse: α = F floor / F about ;
- The average load per 1 sq.m of storage space is the ratio of the volume of material stored in the warehouse (t) to the total area of the warehouse: σ = Q хр / F о ;
- Cargo intensity - an indicator of the intensity of use of warehouse space, t/sq.m: ϒ = Q g / F o , where Q g - the annual turnover of the warehouse, t;
- Warehouse volume utilization ratio - the ratio of the useful volume (occupied by the stored material) V floor to the total volume of the warehouse V about : β \u003d V floor / V about ;
- Load capacity utilization coefficient - the ratio of the mass of the actually lifted (moved) load G f to the nominal load capacity of the machine G n : K g = G f / G n ;
- Shift time utilization ratio - the ratio of the net working time of the machine T p to the duration of the shift T cm : Kvs \u003d Tr / Tsm ;
- Rolling stock idle time under cargo operations - the ratio of the volume of cargo to be processed (loading, unloading, etc.) in a vehicle (car, road train, wagon, train, etc.), G g to the hourly productivity of existing loading and unloading machines W h , h: Tpr \u003d G g / W h ;
Indicators of productivity and degree of mechanization of labor of warehouse workers - Labor productivity of the workplace per shift , t/shift: , where Q is the total volume of processed material for the period under review, t; n is the number of standard shifts spent on processing this material ;
- The degree of mechanization of labor jobs : N M \u003d n m / n o , where n m and n o - respectively, the number of workers performing work in a mechanized way, and the total number of jobs employed in intra-warehouse loading and unloading operations ;
- The level of mechanization of warehouse work,%: where Q fur and Q - respectively, the amount of work performed by mechanisms, and the total volume (mechanized and manual work)
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