Title of article :
Capacitive proximity sensor; permittivity; detection; recyclable
Author/Authors :
ismail, amiruddin universiti kebangsaan malaysia - smart and sustainable township research centre (sutra), faculty of engineering built environment - civil engineering programme, Bangi, Malaysia , mokhtar, nursyahirah surianis universiti kebangsaan malaysia - faculty of engineering built environment - civil engineering programme, Bangi, Malaysia
Abstract :
Traffic impact assessment (TIA) on a proposed commercial development in the neighbourhoods of Ampang Town in Selangor was conducted. In this study, trip rate analysis and regression analysis were carried out to assess future traffic expected to be generated by the proposed new commercial development. Calculations of trips were based on the Malaysian Highway Planning Unit (HPU) Trip Generation Manual (TGM) Malaysia 2010 related to a category of proposed new commercial development. Before and after construction study on the proposed new commercial development at neighbouring critical intersections and roads was carried out to determine existing and projected traffic volumes. A Statistical Package for the Social Sciences (SPSS) software was used to analyse traffic growth rate. This procedure uses a growth factor in the traffic data to show an increase in demand for transport journeys in the future. Then, intersections and roads traffic performances were analysed using the Signalised and Un-signalised Intersection Design and Research Aid (SIDRA) software. Result of SIDRA analysis with traffic projection horizon of year 2026 shows deterioration in Level of Service (LOS) D at one of the existing main junctions leading to the proposed new commercial development. Finally, traffic improvements were proposed to address future impact of generated traffic caused by the proposed new commercial development. Consequently, this study has provided a framework for TIA preparation and would assist developers and local authorities in their decision making to meet all the requirements needed in the design and improvement of traffic flow.
Keywords :
Traffic impact assessment , regression analysis , trip rates , level of service
Journal title :
Jurnal Kejuruteraan
Journal title :
Jurnal Kejuruteraan