Abstract: A method for estimating a borehole condition using a Stoneley measurement is provided. The method comprises recording acoustic waveforms obtained from one or more receivers, applying a time window to the acoustic waveforms to extract Stoneley components, computing energies of the Stoneley components within a frequency band, and obtaining at least one of borehole conditions based on the energies of Stoneley components.

Abstract: Metadata elements are created and validated. Once the metadata element is validated it is applied to raw incoming data. If a match is obtained, then the raw data is sent to a designated storage structure. When there is no match, then the raw data is sent to a data structure designated for unorganized raw data.

Abstract: In an example, a container cluster management system includes a cluster manager providing access to services provided by containers within a container cluster and a plurality of nodes. Each node has access to an IP table, and is to forward a service request for a service received via the cluster manager to at least one container sub-cluster by translating a destination address of the service request to an IP address of a container sub-cluster. At least one of the nodes comprises a proxy manager, to manage an IP table of the node and a service firewall, to add a service-specific rule to the IP table.

Abstract: Example implementations relate to server access times. A computing device may comprise a processing resource; and a memory resource storing non-transitory machine-readable instructions to cause the processing resource to: determine a media access control (MAC) address of a server; poll a top of rack (TOR) switch connected to the server to capture a packet; determine a source MAC address using the captured packet; determine, based on the source MAC address, an identity of a user computing device; and log, based on a time included in the captured packet, a time the user computing device last accessed the server.

Abstract: Example implementations relate to server access times. A computing device may comprise a processing resource; and a memory resource storing non-transitory machine-readable instructions to cause the processing resource to: determine a media access control (MAC) address of a server; poll a top of rack (TOR) switch connected to the server to capture a packet; determine a source MAC address using the captured packet; determine, based on the source MAC address, an identity of a user computing device; and log, based on a time included in the captured packet, a time the user computing device last accessed the server.

Abstract: In an example, a container cluster management system includes a cluster manager providing access to services provided by containers within a container cluster and a plurality of nodes. Each node has access to an IP table, and is to forward a service request for a service received via the cluster manager to at least one container sub-cluster by translating a destination address of the service request to an IP address of a container sub-cluster. At least one of the nodes comprises a proxy manager, to manage an IP table of the node and a service firewall, to add a service-specific rule to the IP table.

Abstract: A method for estimating a borehole condition using a Stoneley measurement is provided. The method comprises recording acoustic waveforms obtained from one or more receivers, applying a time window to the acoustic waveforms to extract Stoneley components, computing energies of the Stoneley components within a frequency band, and obtaining at least one of borehole conditions based on the energies of Stoneley components.

Abstract: A method and system dampens vibrations associated with a device installed in a system by supporting the device with one or more support members having a rigid support portion and a dampening support portion made from an elastic material. In one embodiment, an information handling system fan assembly is made with two shot injection molding to form a support member with an integrated dampener that holds a fan mount disposed in a cooling air channel defined by a fan housing. The fan housing, mount and rigid portion of the support member are formed with one shot from a substantially rigid material and the dampening portion is formed with another shot from a substantially elastic material. A fan couples to the fan mount for installation in the information handling system.

Abstract: A method and system dampens vibrations associated with a device installed in a system by supporting the device with one or more support members having a rigid support portion and a dampening support portion made from an elastic material. In one embodiment, an information handling system fan assembly is made with two shot injection molding to form a support member with an integrated dampener that holds a fan mount disposed in a cooling air channel defined by a fan housing. The fan housing, mount and rigid portion of the support member are formed with one shot from a substantially rigid material and the dampening portion is formed with another shot from a substantially elastic material. A fan couples to the fan mount for installation in the information handling system.

Abstract: A method and system dampens vibrations associated with a device installed in a system by supporting the device with one or more support members having a rigid support portion and a dampening support portion made from an elastic material. In one embodiment, an information handling system fan assembly is made with two shot injection molding to form a support member with an integrated dampener that holds a fan mount disposed in a cooling air channel defined by a fan housing. The fan housing, mount and rigid portion of the support member are formed with one shot from a substantially rigid material and the dampening portion is formed with another shot from a substantially elastic material. A fan couples to the fan mount for installation in the information handling system.

Abstract: A method and system dampens vibrations associated with a device installed in a system by supporting the device with one or more support members having a rigid support portion and a dampening support portion made from an elastic material. In one embodiment, an information handling system fan assembly is made with two shot injection molding to form a support member with an integrated dampener that holds a fan mount disposed in a cooling air channel defined by a fan housing. The fan housing, mount and rigid portion of the support member are formed with one shot from a substantially rigid material and the dampening portion is formed with another shot from a substantially elastic material. A fan couples to the fan mount for installation in the information handling system.

Abstract: A method and system are provided which substantially reduce the disadvantages and problems associated with previous methods and systems for dampening vibration noise of a system component. Two shot injection molding of the component housing support integrates rigid and dampening portions that install the component in the system with vibration dampening.

Abstract: A method and system dampens vibrations associated with a device installed in a system by supporting the device with one or more support members having a rigid support portion and a dampening support portion made from an elastic material. In one embodiment, an information handling system fan assembly is made with two shot injection molding to form a support member with an integrated dampener that holds a fan mount disposed in a cooling air channel defined by a fan housing. The fan housing, mount and rigid portion of the support member are formed with one shot from a substantially rigid material and the dampening portion is formed with another shot from a substantially elastic material. A fan couples to the fan mount for installation in the information handling system.