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• HDS kullanılmadan elde edilen maksimum denge oyulması derinliğinin yaklaşık olarak %20 si kadar seçilen HDS derinliklerinin en iyi performans gösterdiği belirlenmiştir.
• Oyulma topoğrafyasının şekline ve maksimum oyulma derinliğine HDS yüzey genişliği ile HDS derinliği etkileşimli olarak tesir etmiştir.
• HDS yüzey genişliği büyüdükçe HDS derinliği etkisini yitirmiştir.
• HDS yüzey genişliği en küçük değer olan εxy=100 mm için en uygun HDS derinliğinin, en küçük derinlik olan εz=25 mm olduğu belirlenmiştir.
• HDS derinliği arttıkça hacimsel taşınım azalmıştır.
• HDS’lerin, denge oyulma derinliğini (Zmax,e) ve denge oyulma hacmini (ϕ) büyük oranda azaltabileceği belirlenmiştir.
• Doğrusal olmayan regresyon modeli sonuçlarına göre HDS kullanılmayan durum için meydana gelen maksimum denge oyulması derinliğinin tahmini belirginlik katsayısı R2=0.98’dir.
• Doğrusal olmayan regresyon modeli sonuçlarına göre HDS kullanılan durum için meydana gelen maksimum denge oyulması derinliğinin tahmini belirginlik katsayısı R2=0.90’dır.
• Doğrusal olmayan regresyon modeli sonuçlarına göre HDS kullanılmayan durum için meydana gelen maksimum denge oyulması hacmi tahmini belirginlik katsayısı R2=0.99’tir.
• Doğrusal olmayan regresyon modeli sonuçlarına göre HDS kullanılan durum için meydana gelen maksimum denge oyulması hacminin tahmini belirginlik katsayısı R2=0.97’dir.
• HDS kullanılan ve kullanılmayan her iki durum için de denge oyulmasını tahmin için kurulan doğrusal olmayan regresyon modeline ait belirginlik katsayıları en büyük çıkmıştır.
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