Abstract: A perforation test target is provided. The perforation test target includes a metal plate and a core sample adhered to the metal plate at one end. The perforation test target further including a first sleeve adhered to the core sample, where a flow impedance of each of a plurality of portions of the first sleeve is based on a predetermined impedance map.

Abstract: A perforation test target is provided. The perforation test target includes a metal plate and a core sample adhered to the metal plate at one end. The perforation test target further including a first sleeve adhered to the core sample, where a flow impedance of each of a plurality of portions of the first sleeve is based on a predetermined impedance map.

Abstract: A system for testing a core sample comprises a non-permeable sleeve configured to be placed over a core sample, a first pair of opposing actuators to apply opposing force to the non-permeable sleeve in a first axis normal to an axis of the core sample, a second pair of opposing actuators to apply opposing force to the non-permeable sleeve in a second axis normal to the axis of the core sample and normal to the first axis, a wellbore pressure reservoir to provide simulated wellbore pressure, and a formation pressure reservoir to provide simulated formation fluid pressure.

Abstract: A method of testing a core sample is provided. The method comprises determining an impedance map, attaching a sleeve to the core sample, and measuring a flow performance of the core sample. An impedance of each of a plurality of portions of the sleeve is based on the impedance map.

Abstract: A system for testing a core sample comprises a non-permeable sleeve configured to be placed over a core sample, a first pair of opposing actuators to apply opposing force to the non-permeable sleeve in a first axis normal to an axis of the core sample, a second pair of opposing actuators to apply opposing force to the non-permeable sleeve in a second axis normal to the axis of the core sample and normal to the first axis, a wellbore pressure reservoir to provide simulated wellbore pressure, and a formation pressure reservoir to provide simulated formation fluid pressure.

Abstract: A method of testing a core sample is provided. The method comprises determining an impedance map, attaching a sleeve to the core sample, and measuring a flow performance of the core sample. An impedance of each of a plurality of portions of the sleeve is based on the impedance map.

Abstract: A method of testing a core sample is provided. The method comprises determining an impedance map, attaching a sleeve to the core sample, and measuring a flow performance of the core sample. An impedance of each of a plurality of portions of the sleeve is based on the impedance map.

Abstract: An apparatus for constructing a target core to enable testing at simulated wellbore conditions. The apparatus includes a support core having a target core receiving region. A flexible jacket is operable to receive the support core and apply a confining stress to the support core. A quantity of unconsolidated sand is disposed within the target core receiving region of the support core. The support core is operable to transmit at least a portion of the confining stress to the unconsolidated sand, thereby forming the target core. The apparatus simulates downhole conditions such that flow tests may be performed on the target core before and after perforating the target core.

Abstract: An apparatus for constructing a target core to enable testing at simulated wellbore conditions. The apparatus includes a support core having a target core receiving region. A flexible jacket is operable to receive the support core and apply a confining stress to the support core. A quantity of unconsolidated sand is disposed within the target core receiving region of the support core. The support core is operable to transmit at least a portion of the confining stress to the unconsolidated sand, thereby forming the target core. The apparatus simulates downhole conditions such that flow tests may be performed on the target core before and after perforating the target core.