Mohammed F. Al-Dushaishi
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- School: Texas A&M International University
- Campus:
- Department: Engineering
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Location:
5201 University Blvd
Laredo, TX - 78041 - Dates at Texas A&M International University: -
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Biography
Texas A&M International University - Engineering
Experience
Missouri University of Science and Technology
Graduate Teaching Assistant
PET ENG 4210 Drilling and well design
PET ENG 4211 Advanced Drilling Technology
Missouri S&T
Graduate Research Assistant, PhD Candidate
Working on Drill stem vibration modeling and drilling performance
Missouri S&T
Postdoctoral Fellow- Petroleum Engineering
Conducting research related to mechanical vibrations generated while drilling for oil/gas and co-teaching the Petroleum engineering senior design.
Texas A&M International University
Assistant Professor
Mohammed worked at Texas A&M International University as a Assistant Professor
Saudi Aramco
Summer Internship
• Attended safety plant operation training
• Learned gas/oil separation processes
• Assisted with machinery repairs
• Gained understanding of inventory control processes
TechDrill International
Summer Internship
• Updated database with drilling and completion tool specifications provided by various service companies
• Contacted drilling and completion tools providers for additional information relating to tool specifications related to pressure drop ratings
• Became proficient with DSP-One™ drilling engineering software
Education
Missouri University of Science and Technology
Bachelor's degree
Mechanical Engineering
Missouri University of Science and Technology
Master's degree
Petroleum Engineering
Thesis Title: Investigation of Drillstring vibration reduction tools. Supervisor: Dr. Runar Nygaard. Summary of thesis objective: Investigation of the effectiveness of new developed vibration reduction tools used while drilling in minimizing vibration while drilling. Vibration data measurements were used to evaluate the capability of these tools using statistical methods.Missouri University of Science and Technology
Doctor of Philosophy (PhD)
Petroleum Engineering
Thesis Title: Model development with field data validation of drill stem vibration effect on drilling performance. December 2015. Supervisor: Dr. Runar Nygaard. Summary: Drill stem vibration was related to drilling performance through nonlinear drill stem vibration model solved using the finite element formulation and verified with analytical solution and field data. A full drill stem vibration model was developed to enhance drilling operation and help predict the optimum operating parameters for a given drill stem configuration.Missouri University of Science and Technology
Graduate Teaching Assistant
PET ENG 4210 Drilling and well design PET ENG 4211 Advanced Drilling Technology
Publications
Sealing Pressure Prediction Model for Lost Circulation Treatments Based on Experimental Investigations
AADE National Technical Conference and Exhibition
Sealing Pressure Prediction Model for Lost Circulation Treatments Based on Experimental Investigations
AADE National Technical Conference and Exhibition
Post Well Vibration Analysis in the North Sea: A tool to understand drilling performance
ASME International Conference on Ocean, Offshore and Arctic Engineering
Sealing Pressure Prediction Model for Lost Circulation Treatments Based on Experimental Investigations
AADE National Technical Conference and Exhibition
Post Well Vibration Analysis in the North Sea: A tool to understand drilling performance
ASME International Conference on Ocean, Offshore and Arctic Engineering
Effect of Drilling Fluid Hydraulics on Drill Stem Vibrations
Journal of Natural Gas Science and Engineering
Sealing Pressure Prediction Model for Lost Circulation Treatments Based on Experimental Investigations
AADE National Technical Conference and Exhibition
Post Well Vibration Analysis in the North Sea: A tool to understand drilling performance
ASME International Conference on Ocean, Offshore and Arctic Engineering
Effect of Drilling Fluid Hydraulics on Drill Stem Vibrations
Journal of Natural Gas Science and Engineering
Updated Criterion to Select Particle Size Distribution of Lost Circulation Materials for an Effective Fracture Sealing
Journal of Petroleum Science and Engineering
Sealing Pressure Prediction Model for Lost Circulation Treatments Based on Experimental Investigations
AADE National Technical Conference and Exhibition
Post Well Vibration Analysis in the North Sea: A tool to understand drilling performance
ASME International Conference on Ocean, Offshore and Arctic Engineering
Effect of Drilling Fluid Hydraulics on Drill Stem Vibrations
Journal of Natural Gas Science and Engineering
Updated Criterion to Select Particle Size Distribution of Lost Circulation Materials for an Effective Fracture Sealing
Journal of Petroleum Science and Engineering
An Analysis of Common Drill Stem Vibration Models
Journal of Energy Resources Technology
Sealing Pressure Prediction Model for Lost Circulation Treatments Based on Experimental Investigations
AADE National Technical Conference and Exhibition
Post Well Vibration Analysis in the North Sea: A tool to understand drilling performance
ASME International Conference on Ocean, Offshore and Arctic Engineering
Effect of Drilling Fluid Hydraulics on Drill Stem Vibrations
Journal of Natural Gas Science and Engineering
Updated Criterion to Select Particle Size Distribution of Lost Circulation Materials for an Effective Fracture Sealing
Journal of Petroleum Science and Engineering
An Analysis of Common Drill Stem Vibration Models
Journal of Energy Resources Technology
Selecting Optimum Drilling Parameters by Incorporating Vibration and Drilling Efficiency Models
IADC/SPE Drilling Conference