PARKING MICROSIMULATION AND SURFACE DRAINAGE DESIGN OF STARTUP CENTER BUILDING IN BSD CITY

• Main Author: Almuntarie, Iqbal
• Format: Final Project
• Language: Indonesia
• Subjects: Teknik sipil
• Online Access: https://digilib.itb.ac.id/gdl/view/77117
• Institution: Institut Teknologi Bandung

Building planning needs to pay attention to the provision of parking facilities that are able to meet parking needs at any time. The Startup Incubation Center Building in BSD City is a building design that was built with the main function, namely office facilities. The position of this building is planned to be located in BSD City as an independent city supporting the capital city of Jakarta. To meet parking needs, this building is designed to have 3 basements as parking facilities with a parking capacity that can accommodate 549 cars and 459 motorbikes. Circulation design and parking capacity are simulated to be able to provide parking facilities from the projected parking needs based on surveys of similar buildings adjacent to the building's planned location. Parking characteristics analysis using PTV Vissim microsimulation software. Simulation validation using the GEH equation based on the length of the queue. The parameters of the simulation results analyzed were the parking index for the morning peak time simulation and the queue length for the afternoon peak time simulation then continued with a 12-hour simulation. Simulation analysis gives good value to the architectural basement parking design with some modifications. In addition to the analysis of parking characteristics, surface drainage design is carried out to determine the required drainage dimensions. The design of the drainage dimensions is based on regional hydrological analysis and the drainage network scheme being modelled. Surface drainage at the Startup Incubation Center Building in BSD City is designed using U-ditch precast concrete. Construction execution is planned by determining the implementation method, quantification, and estimated surface drainage construction costs.