A method for performing simulation of a field having a subterranean formation, comprising: obtaining measured core sample data of a core sample retrieved from the subterranean formation, wherein the measured core sample data is measured by at least injecting fluid into the core sample according to a laboratory test procedure; obtaining a digital rock model of the core sample and a fluid model of the fluid, wherein the digital rock model describes a physical pore structure in the core sample, and wherein the fluid model describes a physical property of the fluid; performing, by a processor of a computer system, digital core analysis of the core sample to generate a DCA simulation result, comprising: simulating, based on the digital rock model, the fluid model, and at least one parameter defined by the laboratory test procedure, injecting the fluid into the core sample to generate the DCA simulation result, wherein the DCA simulation result models applying the laboratory test procedure to the core sample; tuning, by the processor, the DCA using the measured core sample data to reduce a difference between the DCA simulation result and the measured core sample data, comprising: adjusting, in response to the difference exceeding a pre-determined limit, a parameter of the DCA to generate an adjusted parameter; and further performing the DCA based on the adjusted parameter to reduce the difference; and performing a simulation of the field based at least on the adjusted parameter. obtaining measured core sample data of a core sample retrieved from the subterranean formation, wherein the measured core sample data is measured by at least injecting fluid into the core sample according to a laboratory test procedure; obtaining a digital rock model of the core sample and a fluid model of the fluid, wherein the digital rock model describes a physical pore structure in the core sample, and wherein the fluid model describes a physical property of the fluid; performing, by a processor of a computer system, digital core analysis of the core sample to generate a DCA simulation result, comprising: simulating, based on the digital rock model, the fluid model, and at least one parameter defined by the laboratory test procedure, injecting the fluid into the core sample to generate the DCA simulation result, wherein the DCA simulation result models applying the laboratory test procedure to the core sample; simulating, based on the digital rock model, the fluid model, and at least one parameter defined by the laboratory test procedure, injecting the fluid into the core sample to generate the DCA simulation result, wherein the DCA simulation result models applying the laboratory test procedure to the core sample; tuning, by the processor, the DCA using the measured core sample data to reduce a difference between the DCA simulation result and the measured core sample data, comprising: adjusting, in response to the difference exceeding a pre-determined limit, a parameter of the DCA to generate an adjusted parameter; and further performing the DCA based on the adjusted parameter to reduce the difference; and performing a simulation of the field based at least on the adjusted parameter.