Buch, Englisch, 400 Seiten, Format (B × H): 170 mm x 240 mm, Gewicht: 830 g
Buch, Englisch, 400 Seiten, Format (B × H): 170 mm x 240 mm, Gewicht: 830 g
ISBN: 978-3-03785-930-8
Verlag: Trans Tech Publications
Autoren/Hrsg.
Weitere Infos & Material
Preface, Committee and Acknowledgement
Chapter 1: Vehicle Noise, Vibration and Harshness
Tyre Cavity Coupling Resonance and Countermeasures
Ride Evaluation of Vehicle Suspension Employing Non-Linear Inerter
The Effect of Vibration and Vehicle Body Movement of Car Suspension Systems due to Different Damper Characteristics in Cornering Tests
Preventing Drum Brake Squeal through Lining Modifications
Experimental Investigation of Low Speed Disc Brake Judder Vibration
Measurement of Vibration Power Flow through Elastomeric Powertrain Mounts in Passenger Car
A Parallel Study of Vibration Analysis and Acoustic Analysis in Low Frequency Brake Noise
Application of Feed-Forward Neural Networks for Classifying Acoustics Levels in Vehicle Cabin
Preprocessing and Solving Finite Element Analysis for NVH Prediction
The Used of Pedal-Pad Effective Amplitude Transmissibility Value to Predict Size of Comfortable Pedal-Pads
Measurement of Noise inside the Compartment and Vibration on both Sides of Elastomeric Powertrain Mounts of Passenger Car
Car Cabin Interior Noise Classification Using Temporal Composite Features and Probabilistic Neural Network Model
Vibration Strength Estimation of a Structure-Borne Source: Case Study for a Reception Beam
Study of Noise, Vibration and Harshness (NVH) for Malaysian Army (MA) 3-Tonne Trucks
Influence of Silica Sand Particles on Disc Brake Squeal Noise
Chapter 2: Environmental Sound and Vibration Issues
Dynamic Characterization of Car Door and Hood Panels Using FEA and EMA
A Review of Sound and Vibration Research in Malaysia: Current Trend and Future Direction
Impact Force Identification by Using Modal Transformation Method for Automobile Test Rig
Basic Investigation of the Acoustic Environments in Hospital Waiting Areas
Parametric Study of an Electromagnetic Energy Harvester
Condition Based Monitoring Application in Predictive Maintenance Strategies for Total Asset and Facility Management Service
Assessment of Environmental Noise and Air Quality in Critical Areas at UiTM Engineering Complex
Unattended Noise Monitoring: How to Fulfill IEC 61672 Sound Level Meter Standard for 0 Degree and 90 Degree Reference Directions with the Same Device
A Literature Analysis on Acoustical Environment in Green Building Design Strategies
Environmental Noise and Policy Implication in Latvia
Chapter 3: Comfort and Ergonomics
Vibration Transmissibility on Foot during Controlling and Operating Car Accelerator Pedal
Correlation between Whole Body Vibration Exposure and I-KazTM 3D Coefficient for Malaysian Army 3-Tonne Truck Drivers
Prediction Head Acceleration from Hand and Seat Vibration via Artificial Neural Network Model
A Pilot Study on Work-Related Neck-Shoulder Pain among Sewing Machine Operators
A Study on Ergonomic Workstations for Standing Operators at a Manufacturing Factory in Malaysia
A Preliminary Study on Motorcyclists' Perceptions of Fatigue Risk Factors
Chapter 4: Sensors, Signal Analysis and Control
Damage Identification and Quantification in Structures Using Wavelet Analysis
A Study of Engine Monitoring System Using Statistical Method
The Morlet and Daubechies Wavelet Transforms for Fatigue Strain Signal Analysis
I-KazTM-Based Analysis of Cutting Force Signals for Tool Condition Monitoring in Turning Process
Moving Vehicle Detection Using Time Domain Statistical Features
Durability Analysis of Motorcycle Frame Using Fatigue I-Kaz Technique
Utilization of the Acoustic Emission Technology in Bone Tissues
Monitoring System of Fuel Injector Using Piezoelectric Sensors
Preliminary Study of Fuel Injector Monitoring System by I-KazTM Multilevel Analysis
Fatigue Damage Assessment Correlating with I-Kaz Coefficient
Spectral Analysis of Cutting Forces Data for XY Table Ballscrew Drive System
Performance of Robust µ Synthesis Control for Mechatronic Suspension System
Chapter 5: Materials Studies
Modelling the Effect of Flexural Vibration on Sound Absorption of a Micro-Perforated Panel Using Wave Propagation Method
Improvement of Fire Retardant Property of Natural Fiber
Passive Damping Treatment on Aircraft's Non-Flush Patch Repair Scheme
Application of In Situ Method for Measuring Sound Absorption Coefficient of Direct Piercing Carved Wood Panel with Daun sireh Motif
The Effect of Direct Field Component on a Statistical Energy Analysis (SEA) Model
Analysis of Sound Absorption of Date Palm Fibers Based on Flow Resistivity
Chapter 6: Computational and Experimental Mechanics
Fatigue Crack Growth Analysis of Semielliptical Surface Crack
Probabilistic Model of Surface Crack on the Lumbar Vertebra
Structural Reliability Analysis Using Fuzzy Finite Element Method
Infinite Boundary Element Formulation for the Analysis of CP System for Submersible Pump
Comparison of GA and PSO in Boundary Element Inverse Analysis for Rebar Corrosion Detection
Effect of Nitriding Cold Roled and Shot Peening on Automotive Component Fatigue Life
Life Prediction of SAE 1045 Carbon Steel Using the Acoustic Emission Parameter
Fatigue Failures of Differences Behaviour on CSM/Woven Roving Composite Materials
Preliminary Investigation on the Perforated Panel Mobility Using Finite Element Method
Chapter 7: Energy Harvesting
Translation to Rotary Frequency-Up Conversion Vibration Based Energy Harvesting Device for Human Body Motion
Optimization of Resonator Design for Vibration-Based Electromagnetic Energy Harvester
Experimental Determination of Acoustic Losses in an Acoustic Resonator Using Impedance Tube Technique
