RISK ASSESSMENT IN SHIP REPAIR SCHEDULING

A shipyard is one of the most important element in the shipping industry for carrying out a job as building and repairing ship. The purpose of this research is developing a recommendation for the shipyard to get the best schedule, and not get the risk of delays in ship repair, in this case, is PT. ASS. The result showed that the delay on ship repair project is using schedule risk delay software is 5 days maximum delay from the designated delay dates. The high impact cause of the delays is bad weather condition and worker accident. In the present work, an attempt has been made to experimentally investigate the performance of a flat plate solar air heater. Experiments were performed to find the energy and exergy efficiency at the different mass flow rate of air. It is observed that for a 16% increase in the mass flow rate of air, energy efficiency increases by 20%, whereas exergy efficiency increases by 36%.