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ShockSim3D Perforating Simulation Software and Shock Sensing Sub

ShockSim3D is a simulation software package developed to predict the complex, dynamic effects of perforating gun string detonation in order to minimize failure risk and optimize performance. The software predicts the dynamic pressure response through out the gunstring, the entire wellbore, and annulus as well as the dynamic response of the gunstring. Starboard offers independent ShockSim3D simulation services to its customers under license from Halliburton. ShockSim3D was developed and calibrated using extensive surface testing and downhole gauge data including data from the Halliburton HPET tool, designed by Starboard for this purpose.

Advantages of ShockSim3D include the following:

   Perforation Tunnel
   Flow Predictions

ShockSim3D features include:

The software is customizable to handle more complex downhole configurations including:

Starboard offers the following services related to ShockSim3D:

For additional information, please see our publications below or feel free to contact us directly.


IPS/NAPS/SLAP presentations

North American Perforating Symposium (NAPS) 2019

2019 NAPS-6.3 Prediction of Gun String Dynamic Failure Risks during Perforating

 
 

North American Perforating Symposium (NAPS) 2018

NAPS-46-18 High-Fidelity Finite Element Analysis of Deepwater Gun-Parting Failures


 
 

Deepwater Drilling and Completions Conference 2016 SPE-180311

Finite Element Modeling to Determine Perforating Gun Collapse Failure Modes and an Engineered Solution


 
 

Deepwater Drilling and Completions Conference 2016 SPE-180311 (Powerpoint)

Finite Element Modeling to Determine Perforating Gun Collapse Failure Modes and an Engineered Solution


 
 

SPE/IADC Middle East Drilling Technology Conference and Exhibition 2016 SPE-178174

Computations of Perforating Shock on an Intelligent Completions Interval Control Valve with Test Validation


 
 

ASME Verification and Validation Symposium 2015

Validation of a Finite Element Simulation of a Downhole Perforating Gun String through Comparison with Data from a New Datalogging Sensor Sub


 
 

Offshore Technology Conference (OTC) 2014

Investigating the Dynamic 3D Loading Effects on Perforating Guns Imposed by Shaped Charges-Downhole Evaluation


 
 

International Petroleum Technology Conference (IPTC) 2014

Investigating the Dynamic Three-Dimensional Loading Effects on Perforating Guns Imposed by Shaped Charges


 
 

Deepwater Technical Symposium 2013

Evaluating In-situ Dynamic Behaviors of Perforating Guns and Wellbore Fluid in Tubing-conveyed Perforating Jobs


 
 

Halliburton products involving ShockSim3D.

                                         

 
 

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