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MOHAMMAD JAVAD AMERI SHAHRABI
  Courses 

 Engineering Design of Surface Infrastructures(SPRING_2017)

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 Special Topics in Petroleum Engineering (Hydraulic Fracturing)(SPRING_2017)

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 Training(SPRING_2017)

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 Wells Planning & Programming(SPRING_2017)

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 Special Topics in Petroleum Engineering (Hydraulic Fracturing)(SPRING_2016)

Aims:

fundamental design of integrated hydraulic fracturing modeling

Syllabus:

  • Introduction: history, equipment and materials
  • Linear Elasticity and Rock Mechanics: Stresses in formations, Ideal Crack Shapes
  • Rheology, Fluid Flow in Fractures; Bulk Fluid Loss Concepts; Proppant Transport
  • Coupling of Elasticity, Flow and Material Balance; 2D Design

Text Book:

  • unified Fracture Design , Economides M, Oligney R, Valko P


 Training(SPRING_2016)

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 Wells Planning & Programming(SPRING_2016)

Aims:

provide basic knowledge to approach the construction of the well

Syllabus:

  • Introduction to the well design process
  • 2 Drilling design 2.1 Selection of optimal mud weight , 2.2 Mud losses during drilling 2.3 Hole cleaning 2.4 Hydraulic optimisation
  • 3 Geomechanical evaluation 3.1 Data normalisation and correction 3.2 Interpretation of field data 3.3 Fracturing pressures for shallow penetration 3.4 Field evaluation of borehole collapse 3.5 Drillability evaluation 3.6 A general fracturing model
  • 4 Well design premises 4.1 Well integrity 4.2 Casing sizes and setting depth 4.3 Completion and production requirements
  • 5 Casing design 5.1 Design criteria 5.2 Casing test pressure 5.3 Casing design example 5.4 Three-dimensional tubular design
  • 6 Design of a HPHT well 6.1 Introduction 6.2 Design premises 6.3 Geomechanical design 6.4 Design of the mud weight schedule 6.5 Production casing considerations 6.6 Design of shallow casing strings 6.7 Design of the 14 in. intermediate casing string 6.8 Design of the production casing string
  • 6 Design of a HPHT well 6.1 Introduction 6.2 Design premises 6.3 Geomechanical design 6.4 Design of the mud weight schedule
  • 7 Drilling operations and well issues 7.1 Platform and well types 7.2 Sequences of a drilling operation 7.3 Torque and drag in wellbores 7.4 Analysis of stuck pipe in deviated wellbores
  • 7 Drilling operations and well issues 7.1 Platform and well types 7.2 Sequences of a drilling operation 7.3 Torque and drag in wellbores 7.4 Analysis of stuck pipe in deviated wellbores
  • 7 Drilling operations and well issues 7.1 Platform and well types 7.2 Sequences of a drilling operation 7.3 Torque and drag in wellbores 7.4 Analysis of stuck pipe in deviated wellbores

Text Book:

  • Aadnoy B.S, Modern Well Design, Second Edition, 2010


 Application of Advanced Rock Mechanics in Petroleum Engineering(FALL_2015)

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 Rock Mechanics(FALL_2015)

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 Surface Facilities(FALL_2015)

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 Application of Advanced Rock Mechanics in Petroleum Engineering(تحليل تنش، کرنش و معيار هاي شکست3-)

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introduction to rock mechanics and its properties- stress strain analysis

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    "
  • 1-

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    آشنايي با مکانيک سنگ و خواص سنگ2-


 Fluid Flow in Porous Media(Material Balance Concepts?)

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Darcy equation

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  • Porosity and Permeability Concepts
  • Steady-State Flow Concepts: Laminar Flow?

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    Steady-State Flow Concepts: Non-Laminar Flow?


 Surface Facilities(K. Arnold, M. Stewart, “ Surface Production Operation “ ")

Aims:

introduction to surface facilities- process selectiion

Syllabus:

  • separator design- Horizontal Separators 102, Vertical Separato

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 Rock Mechanics(Jaeger, J.C., Cook,N.G.W., and Zimmerman,R.W.(2007). Fundamental of Rock * -)

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introduction to rock mechanics and its properties

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  • introduction to rock mechnics

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 Engineering Design of Surface Infrastructures(1- Surface production operations-)

Aims:

introduction to surface facilities and their design

Syllabus:

  • The Production Facility -Facility Types - Choosing a Process -Controlling the Process -Control Valve , Pressure Control , Level Control , Temperature Control , Flow Control , Wellhead and Manifold , Separation , Oil Treating , Pumps,Water Treating , Compressors , Gas Dehydrators
  • The Production Facility -Facility Types - Choosing a Process -Controlling the Process -Control Valve , Pressure Control , Level Control , Temperature

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