The 4th International Workshop on Rock Physics
Welcome to 4IWRP in Trondheim
The 4th International Workshop on Rock Physics will take place in Trondheim, Norway 29 May – 2 June 2017. This is a follow-up of three successful workshops, held in Golden, USA (2011), Southampton, UK (2013), and Perth, Australia (2015).
The main aim of the workshop is to demonstrate and discuss progress in rock physics, covering theoretical developments, laboratory experiments and digital simulations, petroleum field applications incorporating quantitative interpretations for asset development and exploration of new frontiers, as well as non-petroleum applications. The workshop offers a potential for linking these branches together.
Key topics of the workshop:
- Fluid effects on rock physics: Dispersion (from sub-seismic to ultrasonic), attenuation and saturation dependence
- Geological processes and rock physics
- A variety of rocks (shales, sandstones, carbonates) – their differences and similarities
- Rock physics of unconventional reservoirs
- The impact of geomechanics on rock physics and vice versa
- Novel laboratory techniques
- Use of petrographical information / 3D imaging in rock physics analysis
- Integrated use and analysis of multiple measurement techniques (elastic, electromagnetic, NMR, and others)
- Fractured rock physics and anisotropy
- Up- & down-scaling
- Use of rock physics models within elastic (anisotropic) full waveform inversion
- Quantitative interpretation and rock physics templates
- Time-lapse seismic applications
- Shallow / near-surface rock physics
The workshop is organized by a Science Committee, with main responsibility for the scientific program, and a Local Committee, with main responsibility for preparing the event itself, including advertisement and search for sponsorship.
NTNU (Norwegian University of Science and Technology) is the host institution, with the on-site company “NTNU Videre” assisting as professional congress organiser. The workshop will be held downtown Trondheim, within walking distance from hotels, restaurants and a number of touristic sites.