Add to ORKGThe applicability of continuous and discrete simulation modelling techniques for bulk conveying systems is discussed. Quality of approximation of a theoretical conveyor is analysed for parabolic and harmonic feed functions in terms of relative errors of the feed rate and cumulative conveyed tonnage, as well as correlation between the actual and simulated output functions. The quantization effect for the discrete conveyor model is analysed. Boundaries of applicability of discrete and continuous simulation modelling approaches for the bulk conveying systems are defined
MEng (Mechanical Engineering), North-West University, Potchefstroom CampusThe blast furnace progress...
The aim of this thesis is to create simulation model of a conveyor node in the field of sequential s...
Computer simulation of conveyors and the dynamics of bulk material flow problems help engineers &apo...
The transfer systems conveyor type are an important component of the modern manufacturing systems. D...
This article deals with complex material flow systems and series connections of conveyor and op-erat...
The article presents the simulation model and simulation experiments aimed at the rationalisation of...
Steigende Sendungszahlen in der KEP-Branche stellen die Paketlogistik vor die Herausforderung eines ...
Vibration conveyors are technical systems which generate a stream of materials on basis of vibration...
Two computer based modelling approaches are presented in this paper which focus on the flow of dust ...
Today, our ability to simulate chain conveyor systems in the computer prior to cutting the first ste...
Intelligent conveyors include a large number of sensors and also signalling devices. So-called digit...
The paper concerns the analytical method of determining the tension-time function for conveyor chain...
This article describes the simulation of material handling (MH) systems using simulation languages a...
The article presents the issue of assessing the effectiveness of the implementation of a logistics p...
Using a mathematical analysis of the theory of random functions, a mathematical model is obtained fo...
MEng (Mechanical Engineering), North-West University, Potchefstroom CampusThe blast furnace progress...
The aim of this thesis is to create simulation model of a conveyor node in the field of sequential s...
Computer simulation of conveyors and the dynamics of bulk material flow problems help engineers &apo...
The transfer systems conveyor type are an important component of the modern manufacturing systems. D...
This article deals with complex material flow systems and series connections of conveyor and op-erat...
The article presents the simulation model and simulation experiments aimed at the rationalisation of...
Steigende Sendungszahlen in der KEP-Branche stellen die Paketlogistik vor die Herausforderung eines ...
Vibration conveyors are technical systems which generate a stream of materials on basis of vibration...
Two computer based modelling approaches are presented in this paper which focus on the flow of dust ...
Today, our ability to simulate chain conveyor systems in the computer prior to cutting the first ste...
Intelligent conveyors include a large number of sensors and also signalling devices. So-called digit...
The paper concerns the analytical method of determining the tension-time function for conveyor chain...
This article describes the simulation of material handling (MH) systems using simulation languages a...
The article presents the issue of assessing the effectiveness of the implementation of a logistics p...
Using a mathematical analysis of the theory of random functions, a mathematical model is obtained fo...
MEng (Mechanical Engineering), North-West University, Potchefstroom CampusThe blast furnace progress...
The aim of this thesis is to create simulation model of a conveyor node in the field of sequential s...
Computer simulation of conveyors and the dynamics of bulk material flow problems help engineers &apo...