11th Symposium on Lift & Escalator Technologies Proceedings

Professor Stefan Kaczmarczyk & Dr Richard Peters

Sunday 20th September 2020

CONTENTS 1. A Design Methodology of Rope Tension Meter Used for Lift Automatic Door Assembly Anup Balharpure, Rohit Nehe 2. A MATLAB/Simulink Journey-Based Lift Energy Consumption Model Lutfi Al-Sharif, Mohammad Al-Ahdab 3. Call-Giving Devices in Lift Traffic Design with a Destination Control System Janne Sorsa, Mikko Kontturi, Mirko Ruokokoski 4. Computational Environment for Simulating Impact of Building Sway on High Rise Lifts Jaakko Kalliomäki, Jarkko Saloranta, Joonas Sorvari, Sakari Mäntylä, Mikko Puranen 5. Computer-Aided Structural Analysis of the Lift Car – Frame System Under Emergency Arrest Operational Conditions Mohammad Ghaleeh, Stefan Kaczmarczyk, Shafqat Rasool, Jonathan Adams, Nawar Al-Esawi 6. Feasibility of An Energy Efficient Fuel Cell Hybrid Lift: the Main Concept and Design Stefan Kaczmarczyk, Janusz Blaszczyk, H.Lei, Rory Smith 7. Feasibility Study of Using a Coupler Skate Encoder System for Monitoring the Real Time Status of Lift Door Operation Rohit Nehe, Chetan Mahale, Babasaheb Patil 8. IOT, Magic or Myth Rory Smith, 9. Research of Real Time Video Monitoring and Remote Control System ofEscalators Yantai Luo 10. Study on a Vibration Reduction System for Lift Roller Guides Yosuke Shima and Osamu Furuya 11. Study on Behavior of Escalator During Earthquake Nayuta Sudo, Satoshi Fujita, Keisuke Mori, Izumi Nakamura Shigeki Okamura 12. Study on Evacuation Route in Case of Disaster Considering the Fragility of Mechanical Structures Kazusada Natsu, Osamu Furuya 13. The Maximum Number of Passengers Boarding a Lift in Office Buildings Based on Automated Passenger Counts Tiina Laine, Janne Sorsa 14. The Passenger Input to Escalator Accidents David Cooper 15. The Round Trip Time Simulation: Monte Carlo Implementation and Consistency with Other Techniques Matthew Appleby, Richard Peters 16. The Use of Lifts in Offices in Social Distancing Environments Jochem Wit 17. Using the Inter-Linked Monte Carlo Simulation Method (iL-MCS) to Calculate the Value of the Elevator Round Trip Time to Reflect the Random Nature of Passenger Destinations Lutfi Al-Sharif, Noor Toghoj, Ammar Hakam

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