1st Iran InterPore Conference

Session

Parallel Session 7

IIPC05

25 Sept 2024, 09:45

School of Mechanical Engineering, University of Tehran

Conveners

Parallel Session 7: Diverse Topics in Porous Media

• Fahimeh Hooriabad Saboor (Chemical Engineering Department, University of Mohaghagh Ardabili, Ardabil, Iran)

Description

Diverse Topics in Porous Media

21. Controlling Factors of Porosity and Reservoir Quality in Carbonate Reservoirs

Mrs Roghayeh Imani (Student)

25/09/2024, 09:45

Diverse Topics in Porous Media

Oral Presentation

In terms of geology and reservoir characteristics, carbonate reservoir rocks are very complex and heterogeneous due to the influence of diagenetic processes. This article studies the Fahliyan Formation oil reservoir in one of the largest hydrocarbon fields in southwestern Iran. Based on core data and petrophysical logs from two wells, the factors controlling the development of porosity and...

16. Investigating the fluid behavior of the mixture of smoke and air in the porous filter part of the cigarette

Seyyed Reza Hosseini (University of Tabriz, Department of Chemical Engineering and Petroleum)

25/09/2024, 10:00

Diverse Topics in Porous Media

Oral Presentation

Investigation of cigarette rod’s fluid behavior and flow regime has a high importance regarding the concerns of human health and environmental perspectives. The simulation study in the case of cigarette smoke can be performed in time-dependent calculations for tobacco part and stationary calculations for the filter part. In this study, the modeling was tried to be accomplished in the filter...

72. Improving Oil Recovery: Combination Method of Nanohybrid, Low Salinity Water and Green Surfactant

Azin Khajeh Kulaki, Seyed Mojtaba Hossini-Nasab

25/09/2024, 10:15

Diverse Topics in Porous Media

Oral Presentation

In recent years, a combination of different methods or several materials is used to increase the effectiveness of enhanced oil recovery. When the combination of low salinity water, surfactants and nanoparticles are used simultaneously, it could move more trapped oil and improve the oil recovery factor. Gamma-alumina and silica metal oxide nanoparticles were used because of their high...

70. شکست ترموھیدرولیک محیط متخلخل غیراشباع با استفاده از اجزای محدود بسط یافتھ و روش زیرگام زمانی

Alireza Mokhtari, Behrouz Gatmiri

25/09/2024, 10:30

Diverse Topics in Porous Media

Oral Presentation

در این مقالھ روش جدیدی برای گسترش ترموھیدرولیکی ترک در محیط متخلخل غیراشباع ارائھ می شود.
براساس مدل ترموھیدرومکانیکی قبلی نگارندگان، ترک بھ عنوان سطح مشترکی در نظر گرفتھ می شود کھ با
معادلات تعادل کلی و بقای جرم و انرژی کوپلھ می شود. کوپلینگ ترک با محیط متخلخل باعث غیرخطی شدن
دستگاه معادلات حاصل می شود کھ از روش تکراری نیوتن-رافسون برای حل این معادلات استفاده می شود. با
شکست محیط و پیشروی...