Oliasoft WellDesign™ Public Docs
  • Introduction to Oliasoft Documentation
  • User Guides
    • User Guides Overview
    • Video User Guides
      • Adding to Library
      • Create New Project
      • Project Settings
      • Formation Inputs
        • Plot Settings
        • Add Pore and Fracture Pressure Data
        • Define Formation Temperature
        • Add Lithology
        • Add Collapse Pressure and Minimum Horizontal Stress
      • String/BHA
        • Add New String/BHA
        • Add New Component to String/BHA
        • Add Custom Component to String/BHA
        • Add New Standoff Device to String/BHA
        • Edit Component Details for a Regular Component
        • Edit Component Details for a Drill Bit
      • Trajectory Design
        • Set Site Location
        • Create Targets
        • Create a Well From a Survey List
        • Design a Well Using Parametric Build Functions
        • Create a Sidetrack/Kick-Off Well
        • Navigating Trajectory View
        • Interactive Mode in 3D Trajectory Viewer
        • Apply Error Model and Create AC Report
        • Create a Survey Report
      • Well Schematic
        • Editing BOP and Riser Details
        • Add Casing Section
        • Add Open Hole
        • Pipe Details
        • Add Tapered String
        • Add a Tubing with Packer
        • Editing Initial Conditions
        • Edit Kick Tolerance
      • Casing Loads
        • Add a Load Case to Casing Section
        • Add Custom Load
        • View All/Multiple Casing Load Results
        • Editing Loads
      • Temperature Simulation
        • Define Drilling Operation
        • Define Completion Operation
        • Define Predefined Drilling Operations
        • Define Chained Simulation
      • AFE Simulation
      • Automatic Design
      • Torque & Drag
        • Set Up Torque & Drag Simulation
        • Torque & Drag Results
        • Compare Saved Results
      • Reservoir
        • Add an Oil Reservoir
        • Add a Gas Reservoir
        • Add User Defined IPR-Curve to a Reservoir
        • Probability Distribution
      • Blowout
        • Starting a Blowout Simulation
        • Choosing Simulation Models
          • PVT Correlations in Simulation Models
          • PVT Table in Simulation Models
        • Inflow Point and Surface Roughness
        • Edit Well Kill Mechanisms
        • Edit Weighted Rates
        • Run a Simulation With More Than One Reservoir
      • Kill
        • Start a Kill Simulation
        • Edit Kill Strategy
        • Edit the Relief Well Casing Design
        • Select the Correct Drill String to Use in the Kill Simulations
        • Changing the Kill Mud
        • Staged Kill
        • Parallel Kill
      • Blowout Summary
    • Getting Access To Oliasoft Products
    • Getting Started
    • How to Navigate in the Application
      • Settings Menu
      • Libraries
    • Project Settings
    • Formation Inputs
    • Drill Strings / BHA
    • Trajectory Design
      • How to Create a Site
      • Creating a New Well
      • How to Create a Target
      • Well Editor
      • Well Charts and Plots
      • Anti-Collision Models
      • Report/Charts
      • Export
    • Well Setup
      • Well Schematic
      • Dogleg Severity Override
    • Casing and Tubing Design
      • Casing and Tubing Loads
      • Summary & Charts
      • Custom Loads
      • Annular Fluid Expansion
    • Automatic Design
    • Drilling Mechanics
      • Common Input Data
      • Torque & Drag
      • Torque & Drag Simulations
      • Hydraulics Simulations
      • Surge & Swab Simulations
      • Plot and Report
    • Reservoir
      • Reservoir Models (IPR Models)
    • Temperature Simulation
    • Blowout & Kill
      • Blowout Simulation Settings & Options
      • Blowout Simulation Scenarios & Running the Simulations
      • Dynamic Kill Simulation
      • Blowout & Kill Results
  • Technical Documentation
    • Technical Documentation Overview
    • Well Trajectory Design
    • Uncertainty Modelling
    • Casing Design (Triaxial Stress Analysis)
      • Initial Conditions
      • Axial Loads
      • Safety Factor Calculations
      • Load Cases
        • Internal Profiles
          • Negative Pressure Test
          • Displacement to Gas
          • Gas Kick
          • Lost Returns with Mud Drop
          • Riser Margin
          • Lost Returns with Water
          • Injection Down Casing
          • Tubing Leak
          • Gas Over Mud Ratio
        • External Profiles
          • Fluid Gradient (Single)
          • Fluid Gradient for Open Water
          • Fluid Gradients (Dual)
          • Fluid Gradient with Pore Pressure
          • Mud and Cement Slurry
          • Mud and Cement Mix Water
          • Minimum Formation Pore Pressure
          • Fluid Gradient with APB
          • Hydrostatic Isolation Depth
        • Installation Loads
          • Run in Hole
          • Overpull
    • Thermal Simulator
      • Overview
      • Geometry of the Computational Domain
      • The 1D Flow Computation
      • The Dynamic 2D Temperature Integration
      • Numerical Scheme for Solving the 2D-Temperature Field
    • Torque & Drag
    • Hydraulics and Surge & Swab
    • Blowout & Kill
      • Blowout Simulation
      • Dynamic Kill Simulation
  • Oliasoft System Architecture & Technology Stack
    • Oliasoft Technology Stack
      • Server Technology
      • Security
      • Simulation Engines
      • Cloud Platforms
      • Continuous Integration and Deployment (CICD)
      • Source Code Management (SCM), Issue Tracking
  • API References
    • API Overview
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  1. Oliasoft System Architecture & Technology Stack

Oliasoft Technology Stack

PreviousDynamic Kill SimulationNextServer Technology

Last updated 5 years ago

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Summary

Oliasoft WellDesignTM (WD) is a cloud based well planning and -construction software suite, utilizing networks and cloud computers for data storage and collaboration. It offers a set of application programming interfaces, enabling 100% automation, where whole or parts of the software can be operated by other computers. On top of this interface, WD offers an interactive rich 2D and 3D human graphical user interface, utilizing the latest in web technologies such as accelerated 2D (Canvas, 3D.js) and 3D (WebGL, three.js) graphics. WD aims to run on all kinds of computers (Windows, Macs) and other interactive devices supporting modern web browsers (tablets, phones and similar).

Overview

Server Technology
Security
Simulation Engines
Cloud Platforms
Continuous Integration and Deployment (CICD)
Source Code Management (SCM), Issue Tracking