All posts by phyohhein

  • PASSENGER FLOW ANALYSIS OF AIRPORT TERMINAL: DISCRETE EVENT SIMULATION
  • PASSENGER FLOW ANALYSIS OF AIRPORT TERMINAL: DISCRETE EVENT SIMULATION
  • PASSENGER FLOW ANALYSIS OF AIRPORT TERMINAL: DISCRETE EVENT SIMULATION
  • PASSENGER FLOW ANALYSIS OF AIRPORT TERMINAL: DISCRETE EVENT SIMULATION
  • PASSENGER FLOW ANALYSIS OF AIRPORT TERMINAL: DISCRETE EVENT SIMULATION

PASSENGER FLOW ANALYSIS OF AIRPORT TERMINAL: DISCRETE EVENT SIMULATION

  • Modeled Orlando International Airport terminal to minimize passenger wait times.
  • Determined the best performing number of self check-in kiosks and agent check-in counters for different time slots of the day.

  • MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS
  • MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS
  • MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS
  • MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS
  • MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS
  • MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS

MANUFACTURING PROCESS OPTIMIZATION: DECISION ANALYSIS

  • Performed multi objective optimization minimizing cost and time required for suspension rocker manufacturing process.
  • Provided the decision maker a Pareto Front of cost and time functions with different configurations of decision variables and manufacturing parameters.

  • MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS
  • MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS
  • MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS
  • MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS
  • MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS
  • MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS

MULTIPLE PROJECTS: INSTRUMENTATION & MEASUREMENT SYSTEMS

  • Sensor control.
  • System identification.
  • Motor control.

  • MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING
  • MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING
  • MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING
  • MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING
  • MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING
  • MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING

MULTIPLE PROJECTS: DYNAMIC SYSTEMS MODELING

  • Quarter car suspension system model.
  • Lumped capacitance heat transfer model of a motorcycle engine.
  • Modeling occupant response in rear end automobile collision.

  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS
  • VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS

VIBRATION OF BEAM ASSEMBLY: STRUCTURAL DYNAMICS

  • Applied Duhamel integral, used assumed modes method to find mode shapes, and applied modal superposition to estimate the steady and transient responses of the system
  • Analyzed an ANSYS model to compare frequency results and plot mode shapes, and obtained displacement time-history using transient modal linear superposition and direct numerical integration.
  • Obtained and plotted Von Mises stress of the beam to determine if the system would fail or not.

PROFIT OPTIMIZATION: INTRO TO OPTIMIZATION

  • Determined optimal number of different types of donors for cortical and cancellous tissues for different bone graft products for the maximum profit by applying linear programming methods.