Fig. 1 Specific fuel consumption normalized against MCR and percentage regression errors More about this image found in Specific fuel consumption normalized against MCR and percentage regression ...

Fig. 2 Specific fuel consumptions normalized against CMCR and respective percentage regression errors for FPP driving More about this image found in Specific fuel consumptions normalized against CMCR and respective percentag...

Fig. 3 Specific fuel consumptions normalized against CMCR and respective percentage regression errors for CPP driving More about this image found in Specific fuel consumptions normalized against CMCR and respective percentag...

Fig. 4 Performance of the developed approach for the engine X62DF driving a fixed-pitch propeller: ( a ) qualitative for CMCR placed near the RC and ( b ) quantitative for CMCR in five different positions More about this image found in Performance of the developed approach for the engine X62DF driving a fixed-...

Fig. 5 Performance of the developed approach for the engine X62DF driving a controllable pitch propeller: ( a ) qualitative for CMCR placed near the RC and ( b ) quantitative for CMCR in five different positions More about this image found in Performance of the developed approach for the engine X62DF driving a contro...

Fig. 6 Rating fields of all engines More about this image found in Rating fields of all engines

Fig. 1 Top view of butterfly model (modified from Ref. [ 9 ]) depicts the reservoir with a uniform thickness throughout: ( a ) represents the configuration of a horizontal well within the complex fracture network, ( b ) represents the drainage area of a single fragment, and ( c ) represents the re... More about this image found in Top view of butterfly model (modified from Ref. [ 9 ]) depicts the reservoi...

Fig. 2 Model solution flowchart More about this image found in Model solution flowchart

Fig. 3 Planar fracture swarm model equivalent to complex fracture network in tight reservoirs. The flow dimension parameters are ( a ) 0.35 and ( b ) 0.4, respectively. The horizontal line represents the horizontal well, and the perpendicular lines are planer fractures. More about this image found in Planar fracture swarm model equivalent to complex fracture network in tight...

Fig. 19 ( a ) The schematic diagram of characteristic flow volume and ( b ) comparison of the theoretical calculation results and superposition results (modified from Ref. [ 47 ]) More about this image found in ( a ) The schematic diagram of characteristic flow volume and ( b ) compari...

Fig. 4 The two-phase ( a ) oil–water and ( b ) gas–liquid relative permeability curves for a water-wet rock More about this image found in The two-phase ( a ) oil–water and ( b ) gas–liquid relative permeability cu...

Fig. 5 PVT data used in simulation models: ( a ) viscosity for oil and gas, gas–oil ratio and ( b ) volume factor for oil and gas More about this image found in PVT data used in simulation models: ( a ) viscosity for oil and gas, gas–oi...

Fig. 6 Relationships of ( a ) pressure and saturation for ( b ) oil, ( c ) gas, and ( d ) water with respect to modified Boltzmann variable More about this image found in Relationships of ( a ) pressure and saturation for ( b ) oil, ( c ) gas, an...

Fig. 7 Relationships for ( a ) oil saturation and ( b ) gas saturation with pressure More about this image found in Relationships for ( a ) oil saturation and ( b ) gas saturation with pressu...

Fig. 8 Comparisons between the numerical solution and the semi-analytical model: ( a ) and ( b ) the validation of oil, gas, and water rates and cumulative production for case with flow dimension parameter of 0.35 and ( c ) and ( d ) the validation of oil, gas, and water rates and cumulative produ... More about this image found in Comparisons between the numerical solution and the semi-analytical model: (...