Add to ORKGThe need for higher storage capacity in hard disk drives (HDDs) places a demand on increasing areal density. Higher areal densities can be achieved by increasing linear and track densities. The flow-induce
In this paper, a digital feedback control closed-loop is presented for active suppression of flow-in...
Making smaller and less expensive disk drives is critical for success in many consumer electronic de...
We report on large eddy simulations of the turbulent flow of air in hard disk drives (HDDs) using a ...
This study focused on flow induced vibration of head stack assembly (HSA) in a 3.5 inch hard disk dr...
High speed flows in working hard disk drives (HDDs) can induce offtrack vibrations on a head gimbals...
An active control method has been applied for the flow-induced vibration (FIV) of the head gimbals a...
The Flow-Induced Vibration (FIV) of Head Gimbal Assembly (HGA) occurred as a result of turbulent air...
This paper presents a study on active control of the flow-induced vibrations (FIVs) on head gimbals ...
This paper presents an experimental investigation and numerical simulation on the spectrum-spatial c...
Flow-induced vibration (FIV) of a head gimbals assembly (HGA) in hard disk drives (HDDs) limits the ...
This paper presents an experimental demonstration on the active control of flow-induced vibrations o...
119 p.The continuing increase of recording density of magnetic hard disk drives (HDDs) requires a hi...
This paper presents an experimental study of digital narrowband active control on the flow-induced ...
This paper presents numerical simulations on a feedback active control strategy for flow-induced off...
To enhance the performance of the hard disk drives (HDD) and reduce data access time, the track dens...
In this paper, a digital feedback control closed-loop is presented for active suppression of flow-in...
Making smaller and less expensive disk drives is critical for success in many consumer electronic de...
We report on large eddy simulations of the turbulent flow of air in hard disk drives (HDDs) using a ...
This study focused on flow induced vibration of head stack assembly (HSA) in a 3.5 inch hard disk dr...
High speed flows in working hard disk drives (HDDs) can induce offtrack vibrations on a head gimbals...
An active control method has been applied for the flow-induced vibration (FIV) of the head gimbals a...
The Flow-Induced Vibration (FIV) of Head Gimbal Assembly (HGA) occurred as a result of turbulent air...
This paper presents a study on active control of the flow-induced vibrations (FIVs) on head gimbals ...
This paper presents an experimental investigation and numerical simulation on the spectrum-spatial c...
Flow-induced vibration (FIV) of a head gimbals assembly (HGA) in hard disk drives (HDDs) limits the ...
This paper presents an experimental demonstration on the active control of flow-induced vibrations o...
119 p.The continuing increase of recording density of magnetic hard disk drives (HDDs) requires a hi...
This paper presents an experimental study of digital narrowband active control on the flow-induced ...
This paper presents numerical simulations on a feedback active control strategy for flow-induced off...
To enhance the performance of the hard disk drives (HDD) and reduce data access time, the track dens...
In this paper, a digital feedback control closed-loop is presented for active suppression of flow-in...
Making smaller and less expensive disk drives is critical for success in many consumer electronic de...
We report on large eddy simulations of the turbulent flow of air in hard disk drives (HDDs) using a ...