SOIL DRILLING BY VIBRATION

By: Material type: TextTextLanguage: English Publisher: New York : Consultants Bureau Enterprise Inc., 1961Description: 80 pagesContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
Subject(s):
Contents:
Chapter 1: General information on the thixotrophy of various dispersed systems. 1. Thixotrophyin dispersed systems and the principal environment in which it occurs. 2. The structures of gels in clay soils. 3. Methods of determining the capacity of clay soils to undergo thixotrophy alternation. 4. Views concerning the effect of vibration on incoherent soils. 5. Summary. Chapter 2: Thixotrophy in soils and the effects of various factors on it. 6. The relationship between thixotrophy and the degree of dispersion in soils. 7. Thixotrophy in soil and its relationship to the composition of the colloidally dispersed minerals. 8. The relationship between thixotrophy in soil and the moisture and plasticity of the soil. 9. The relationship between thixotrophy in soil and the type of Base Exchange and the addition of various active substances. 10. The effect of temperature changes on thixotrophy in soil. 11. The effect electroosmosis on thixotrophy transformation of soils. 12. Ultrasonic waves as a source of thixotropic transformation of soils. 13. Dimensions of the zone affected by vibration in soil during vibrodrilling. 14. Summary. Chapter 3: Vibrodrilling equipment and its use in the examination of soils. 15. The principal arrangement used in the vibrodrilling of soils. 16. Existing designs of vibrodrilling equipment. 17. Some data on the rate of sinking holes by vibrodrilling. 18. The pattern of vibration and its significance in vibrodrilling. 19. Summary. Chapter 4: The degree of precision in geological exploration obtained by vibrodrilling. 20. Evaluation the degree of precision in geological exploration when drilling with annual percussion rotary equipment. 21. Processes originating in soil during vibrodrilling and their effect on the precision of geological exploration. 22. Possible deformation of soil during vibrodrilling. 23. Establishing deformation of soil during vibrodrilling. 24. Brief instructions on vibrodrilling operations and the basic conditions required for obtaining data from these operations. 25. Summary.
Tags from this library: No tags from this library for this title. Log in to add tags.
Star ratings
    Average rating: 0.0 (0 votes)
Holdings
Item type Current library Collection Call number Copy number Status Date due Barcode
Monograf JPS HQ Library Main Library General Collections GEOT.SOIL 624.131.55 GUM (Browse shelf(Opens below)) 1 Available 1000001234

Chapter 1: General information on the thixotrophy of various dispersed systems. 1. Thixotrophyin dispersed systems and the principal environment in which it occurs. 2. The structures of gels in clay soils. 3. Methods of determining the capacity of clay soils to undergo thixotrophy alternation. 4. Views concerning the effect of vibration on incoherent soils. 5. Summary. Chapter 2: Thixotrophy in soils and the effects of various factors on it. 6. The relationship between thixotrophy and the degree of dispersion in soils. 7. Thixotrophy in soil and its relationship to the composition of the colloidally dispersed minerals. 8. The relationship between thixotrophy in soil and the moisture and plasticity of the soil. 9. The relationship between thixotrophy in soil and the type of Base Exchange and the addition of various active substances. 10. The effect of temperature changes on thixotrophy in soil. 11. The effect electroosmosis on thixotrophy transformation of soils. 12. Ultrasonic waves as a source of thixotropic transformation of soils. 13. Dimensions of the zone affected by vibration in soil during vibrodrilling. 14. Summary. Chapter 3: Vibrodrilling equipment and its use in the examination of soils. 15. The principal arrangement used in the vibrodrilling of soils. 16. Existing designs of vibrodrilling equipment. 17. Some data on the rate of sinking holes by vibrodrilling. 18. The pattern of vibration and its significance in vibrodrilling. 19. Summary. Chapter 4: The degree of precision in geological exploration obtained by vibrodrilling. 20. Evaluation the degree of precision in geological exploration when drilling with annual percussion rotary equipment. 21. Processes originating in soil during vibrodrilling and their effect on the precision of geological exploration. 22. Possible deformation of soil during vibrodrilling. 23. Establishing deformation of soil during vibrodrilling. 24. Brief instructions on vibrodrilling operations and the basic conditions required for obtaining data from these operations. 25. Summary.

ENG

There are no comments on this title.

to post a comment.

HUBUNGI KAMI

Perpustakaan Jabatan Pengairan dan Saliran Malaysia (JPS Malaysia)
Aras Bawah, Blok A, Kompleks Ibu Pejabat JPS Malaysia
Persiaran Rimba Permai, Cyber 8
63000 Cyberjaya, Selangor

No Tel : 03 – 2697 3050

Emel : adminlibrary@water.gov.my

MEDIA SOSIAL


KAUNTER PELAWAT

HARI INI MINGGU LEPAS BULAN LEPAS TAHUN LEPAS JUMLAH
today lastweek lastmonth lastyear total

WAKTU PERKHIDMATAN

   Isnin - Khamis  :  8.00 pagi – 5.00 petang
   Jumaat  :  8.00 pagi – 12.15 tengah hari
     2.45 petang - 5.00 petang

   Sabtu, Ahad & Cuti Umum: TUTUP

Paparan terbaik menggunakan Google Chrome dan mozila firefox dengan resolusi 1600 X 900
Hakcipta Terpelihara @2023, Perpustakaan JPS Malaysia
Penafian :Kerajaan Malaysia dan Pihak Jabatan Pengairan dan Saliran Malaysia tidak bertanggungjawab terhadap sebarang kerugian atau kerosakan yang dialami kerana menggunakan maklumat dalam portal ini.

Powered by Koha