@thesis{thesis,
		author={M. Hafis Rofi'ud Darojat  Hafis},
		title ={ARRANGEMENT OF THE KEBON ROJO PARK INTERSECTION 
MODEL JL. RAYA KH. WAHID HASYIM JOMBANG DISTRICT},
		year={2023},
		url={http://repository.undar.ac.id/id/eprint/104/},
		abstract={Intersections are a part that must be considered in order to smooth the flow 
of transportation in urban areas because the existence of intersections is unavoidable in the urban transportation system. The existence of intersections must be managed 
carefully so that a good intersection is obtained. The placement of the intersection is determined by its location, planning, and role in the regulation and control of the 
movement of traffic. Delays in Taman Kebon Rojo, Jombang Regency, cannot be 
avoided, especially at intersection points, both on main roads and on small roads. To find out the performance at the Taman Kebon Rojo intersection, surveys and data 
calculations are needed. The data calculations here use the Indonesian Road 
Capacity Guidelines (PKJI 2014).
The calculation results obtained (1) show that the geometric condition of the North Approach intersection is 15.20 m wide, the South Approach is 15.20 m wide, the West Approach is 8 m wide, and the East Approach is 8 m wide. (2) The total 
known volume of the North Approach is 350 cu ft/hour, the South Approach is 454 cu ft/hour, the West Approach is 317 cu ft/hour, and the East Approach is 327 cu 
ft/hour. (3) After analyzing the volume, it is known that the degree of saturation in 
the north approach is 0.36, the south approach is 0.60, the west approach is 0.65, 
and the east approach is 0.67. (4) The degree of saturation is still below 0.85, so it 
can be concluded that the performance is still decent and stable, but the degree of 
saturation is close to 0.85, so it is recommended to redesign. To maximize the 
performance of the intersection, changes to the turning radius, cycle time, and stop 
line at the intersection are focused on reducing delays, reducing queue length, 
reducing the degree of saturation, and maximizing performance.}
		}