A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
UNDERGROUND WATER SPECIFICATION ESTIMATION SYSTEM
To solve a conventional problem, and that is to provide an underground water specifications estimation system which can estimate a cultivation amount and water permeability coefficient for each space partition without using an underground water level acquired by actual measurement on site.SOLUTION: An underground water specifications estimation system estimates specifications regarding the underground water of an object region and includes: river channel extraction means and spring water point extraction means; underground water surface height setting means; space partition classification means; estimation amount range setting means; verification point setting means; verification water level calculation means; and estimation water level calculation means. The estimation water level is acquired repeatedly by changing a cultivation amount in a partition cultivation amount range, and the cultivation amount related to the estimation water level closest to the preset verification water level is determined as the partition cultivation amount of the space partition.SELECTED DRAWING: Figure 1
【課題】本願発明の課題は、従来の問題を解決することであり、すなわち現地で実測して得られた地下水位を用いることなく、空間区分ごとに涵養量や透水係数を推定することができる地下水諸元推定システムを提供することである。【解決手段】本願発明の地下水諸元推定システムは、対象領域の地下水に関する諸元を推定するシステムであり、河道抽出手段と湧水点抽出手段、地下水面高設定手段、空間区分分類手段、推計量レンジ設定手段、検証地点設定手段、検証水位算出手段、推計水位算出手段を備えたものである。区分涵養量レンジ内で涵養量を変えながら繰り返し推計水位を求めるとともに、設定した検証水位に最も近い推計水位に係る涵養量を空間区分の区分涵養量として決定する。【選択図】図１
UNDERGROUND WATER SPECIFICATION ESTIMATION SYSTEM
To solve a conventional problem, and that is to provide an underground water specifications estimation system which can estimate a cultivation amount and water permeability coefficient for each space partition without using an underground water level acquired by actual measurement on site.SOLUTION: An underground water specifications estimation system estimates specifications regarding the underground water of an object region and includes: river channel extraction means and spring water point extraction means; underground water surface height setting means; space partition classification means; estimation amount range setting means; verification point setting means; verification water level calculation means; and estimation water level calculation means. The estimation water level is acquired repeatedly by changing a cultivation amount in a partition cultivation amount range, and the cultivation amount related to the estimation water level closest to the preset verification water level is determined as the partition cultivation amount of the space partition.SELECTED DRAWING: Figure 1
【課題】本願発明の課題は、従来の問題を解決することであり、すなわち現地で実測して得られた地下水位を用いることなく、空間区分ごとに涵養量や透水係数を推定することができる地下水諸元推定システムを提供することである。【解決手段】本願発明の地下水諸元推定システムは、対象領域の地下水に関する諸元を推定するシステムであり、河道抽出手段と湧水点抽出手段、地下水面高設定手段、空間区分分類手段、推計量レンジ設定手段、検証地点設定手段、検証水位算出手段、推計水位算出手段を備えたものである。区分涵養量レンジ内で涵養量を変えながら繰り返し推計水位を求めるとともに、設定した検証水位に最も近い推計水位に係る涵養量を空間区分の区分涵養量として決定する。【選択図】図１
UNDERGROUND WATER SPECIFICATION ESTIMATION SYSTEM
地下水諸元推定システム
SAKAMOTO TAKUJI (author) / MIKAMOTO SHIRO (author)
2024-09-27
Patent
Electronic Resource
Japanese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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