Starting 2015, FTI ITB Held an Acoustic and Vibration Science Workshop
By Nida Nurul Huda
Editor Nida Nurul Huda


Events held by the Group of Technical Expertise Physics, Physics Engineering Program opened with a speech by Prof. Benjamin Soenarko chairman of the committee and followed by Dean FTI represented by the Vice Dean for Resources, Prof. Yazid Bindar Ph.D. It also marks the second speechc officially opened the workshop.
Prof. David Herrin, Ph.D., began the workshop with a discussion related to "Basic of Sounds and Noise", followed by a discussion of Vibro-Acoustic. This workshop is expected to broaden the development of Acoustics and Vibration Science for all workshop participants. Participants of this workshop is composed by lecturers and academic staffs in the FTI.
Glance Prof. David Herrin Ph.D is a young researcher from the University of Kentucky, USA, College of Engineering in Mechanical Engineering. The scope of the research of Prof. David is Acoustic Materials, Acoustics, mufflers and silencers, Structural Dynamics. He was with the team Vibro-Acoustic Group is currently examining the Applied Acoustics of "Airborne Path Attenuation of Partial Enclosures: Simulation and Sensitivity Study," and "Predicting Insertion Loss of the Large Duct Systems above the Plane Wave Cutoff Frequency ''.
source: fti.itb.ac.id
Prof. David Herrin, Ph.D., began the workshop with a discussion related to "Basic of Sounds and Noise", followed by a discussion of Vibro-Acoustic. This workshop is expected to broaden the development of Acoustics and Vibration Science for all workshop participants. Participants of this workshop is composed by lecturers and academic staffs in the FTI.
Glance Prof. David Herrin Ph.D is a young researcher from the University of Kentucky, USA, College of Engineering in Mechanical Engineering. The scope of the research of Prof. David is Acoustic Materials, Acoustics, mufflers and silencers, Structural Dynamics. He was with the team Vibro-Acoustic Group is currently examining the Applied Acoustics of "Airborne Path Attenuation of Partial Enclosures: Simulation and Sensitivity Study," and "Predicting Insertion Loss of the Large Duct Systems above the Plane Wave Cutoff Frequency ''.
source: fti.itb.ac.id