A simulation model for planning of hay harvesting machinery systems and management

Åke Axenbom

A simulation model for planning of hay harvesting machinery systems and management

Åke Axenbom

Publikation: Avhandling › Licentiatavhandling

Sammanfattning

A model of the hay production and utilization system was developed and validated. The model is primarily aimed at analyzing machinery dimensioning and management problems with a high accuracy. The model consists of several sub-models of growth, field operations, management, field drying, barn drying, field losses and conservation losses. The validation procedure included validation of certain sub-models as well as of the model as a whole. It was demonstrated that the resolution of the model is generally satisfactory for thoroughly analyzing complex problems related to planning of hay harvesting machinery systems and management.

Originalspråk	Engelska
Kvalifikation	Licentiate
Förlag	Department of Agricultural Engineering
Tryckta ISBN	91-576-4297-4
Status	Publicerad - 1990
Externt publicerad	Ja

Nyckelord

barn drying
climate
clover
conditioning
conservation
conservation losses
field drying
field operations
forage
grass
harvesting losses
hay harvesting
machinery planning
management
model
optimization
simulation
system dynamics
systems analysis

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title = "A simulation model for planning of hay harvesting machinery systems and management",

abstract = "A model of the hay production and utilization system was developed and validated. The model is primarily aimed at analyzing machinery dimensioning and management problems with a high accuracy. The model consists of several sub-models of growth, field operations, management, field drying, barn drying, field losses and conservation losses. The validation procedure included validation of certain sub-models as well as of the model as a whole. It was demonstrated that the resolution of the model is generally satisfactory for thoroughly analyzing complex problems related to planning of hay harvesting machinery systems and management.",

keywords = "barn drying, climate, clover, conditioning, conservation, conservation losses, field drying, field operations, forage, grass, harvesting losses, hay harvesting, machinery planning, management, model, optimization, simulation, system dynamics, systems analysis, barn drying, climate, clover, conditioning, conservation, conservation losses, field drying, field operations, forage, grass, harvesting losses, hay harvesting, machinery planning, management, model, optimization, simulation, system dynamics, systems analysis",

author = "{\AA}ke Axenbom",

year = "1990",

language = "English",

isbn = "91-576-4297-4",

series = "Rapport - Sveriges lantbruksuniversitet, Institutionen f{\"o}r lantbruksteknik",

number = "144",

publisher = "Department of Agricultural Engineering",

type = "Licentiate thesis",

}

TY - THES

T1 - A simulation model for planning of hay harvesting machinery systems and management

AU - Axenbom, Åke

PY - 1990

Y1 - 1990

N2 - A model of the hay production and utilization system was developed and validated. The model is primarily aimed at analyzing machinery dimensioning and management problems with a high accuracy. The model consists of several sub-models of growth, field operations, management, field drying, barn drying, field losses and conservation losses. The validation procedure included validation of certain sub-models as well as of the model as a whole. It was demonstrated that the resolution of the model is generally satisfactory for thoroughly analyzing complex problems related to planning of hay harvesting machinery systems and management.

AB - A model of the hay production and utilization system was developed and validated. The model is primarily aimed at analyzing machinery dimensioning and management problems with a high accuracy. The model consists of several sub-models of growth, field operations, management, field drying, barn drying, field losses and conservation losses. The validation procedure included validation of certain sub-models as well as of the model as a whole. It was demonstrated that the resolution of the model is generally satisfactory for thoroughly analyzing complex problems related to planning of hay harvesting machinery systems and management.

KW - barn drying

KW - climate

KW - clover

KW - conditioning

KW - conservation

KW - conservation losses

KW - field drying

KW - field operations

KW - forage

KW - grass

KW - harvesting losses

KW - hay harvesting

KW - machinery planning

KW - management

KW - model

KW - optimization

KW - simulation

KW - system dynamics

KW - systems analysis