Main description:

This edition contains articles presented and selected from 5th International Conference on Mechanical Engineering (ICOME 2021), virtually held on August 25-26, 2021. The publication considers actual issues in engineering research and design in areas of machinery, biomedical engineering, waste and biomass conversion technologies, as well as quality control and failure analysis in power plant equipment. The publication will be useful to specialists in mechanical engineering, biomedicine, power energy production and environmental engineering.

Contents:

Preface
Chapter 1: Materials and Technologies for Biomedical Application
Preparation and Characterization of Hydroxyapatite/Zinc Composites with Alginate for Bone Scaffold Application
Microstructural Characterization of Polylactide/Poly e-Caprolactone Blends for Plate Fixation Internal Application
Numerical Study on the Effects of Coefficient of Friction to the Dynamic Sliding Contact between Bearing and Talar Components of Metal on Polymer Total Ankle Replacement Implants
Fatigue Detection System Based on Heart Rate and Eye Blink Equipped with Email and Buzzer Alerts to Increase Health Workers Productivity
Chapter 2: Waste and Biomass Conversion
Domestic Waste Incinerator Design with Bio-Mass Fuel
The Effect of Temperature Controller on the Gasification Performance Using Downdraft Gasifier with Three-Stages Gasifying Agent
Chapter 3: Research and Design of Machine Parts
Stress and Fatigue Life Simulation of Camshaft with Structural Static ANSYS Approach
Synthesis Analysis to Improve Coupling Strength of Automatic Coupler
SAND as Granular Damper Material to Increase Stability Limits during Turning of Steel Pipe
Normal Modes Study on Half Wing Structure of N219 Aircraft Using Computational Method
Chapter 4: Quality Control and Failure Analysis in Power Plant Equipment
Root Cause Failure Analysis of Waterwall Tube Boiler
Analysis of Cooling Water Quality Improvement to Increase Cooling Tower Efficiency at Kamojang Geothermal Power Plant Unit 1
Numerical Study Impact of Coal Optimization on the Erosion Rate of the Low Temperature Superheater (LTSH) Pipeline PLTU West Java 2 Palabuhan Ratu 3x350 MW