PETROPHYSICS
Academic Year 2023/2024 - Teacher: Rosalda PUNTUROExpected Learning Outcomes
Knowledge and skills for understanding the physical properties of minerals and crustal and mantle rocks, the methodologies aimed to the petrophysical characterization of rocks, the fields of applications of petrophysics and the planning of petrophysical investigations.
Course Structure
Interactive classes; practical activities. Problem solving teaching method.
Required Prerequisites
Attendance of Lessons
Detailed Course Content
Physical properties of rock-forming minerals. Elastic properties of rocks and their relationship with textural and compositional properties as a function of pressure and temperature. Role of shape parameters: elongation, crystal preferred orietnations, modal composition etc.Extrinsic and intrinsic parameters. Mono- and poly-crystal aggregates. Physical properties of rocks (e.g. Vp, Vs, seismic anisotropy, density, magnetism).Porosity: role of pores and microfractures. Interpretation od petrophysical data obtained either from outcrops and from boreholes. Applications to geological modeling. CAse studies. Overview of applications to georesources and cristical materials and to Cultural heritage studies. Overview of main methodologies adopted in petrophysical studies.
Textbook Information
1. Physical properties of rocks. A workbook. J.H. Schoen. Elsevier.
Course Planning
Subjects | Text References | |
---|---|---|
1 | Proprietà fisiche di minerali e rocce | SChoen |
2 | Physical properties of minerals and rocks | Schoen |
Learning Assessment
Learning Assessment Procedures
Examples of frequently asked questions and / or exercises
Calculation of the density of a rock based on the constituent minerals.
Elastic properties and role of pressure.
POisson coefficient of minerals.
Construct a Vp log based on the lithological data of a drilling
Magnetic properties of minerals.
Seismic anisotropy in minerals and rocks
Application of analytical methodologies for the knowledge of hydrocarbon reservoirs