__________________________________________________
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I will be out of the office starting 07/20/2001 and will not return
until 08/27/2001.
I will be checking my e-mail from time to time and will respond to your
message when I can.
Issue: #1 Editor: Dimitris P. ZeccosDate: July 2001
INTRODUCTION
The Geotechnical Engineer website aims to provide useful educational information in the Geotechnical Engineering field. Through various features, the site combines theory with practice. Among the purposes of the site is the interaction of the visitors. Already, many Professors and Professional Engineers have contributed to the site. We hope that you will help us too!
In the Engineering area the "visual" factor is very important. Photos, diagrams and maps play an important role in the understanding of a matter. In this feature, some cases which are related with the Geotechnical Engineering are presented via photos.
The Learn-by-Hyperlinks are hyperlinks of web pages in the Network with entirely educational index. They are hyperlinks to reports, abstracts, articles or any other material which purpose is to teach or inform students or professional engineers on specific subjects.Follow the link above to see the list of web pages.
Information regarding discussion lists, mailbases or newsgroups on the Geotechnical Engineering field.
The GEOTECHNICAL ENGINEER GROUP
In order to ease the assistance and interaction among Geoengineers a Group has been founded. The “Geotechnical Engineer Group” already has 78 members/ You can JOIN NOW for FREE! at:http://groups.yahoo.com/group/TheGeotechnicalEngineer/join
If you can contribute in any way please contact us:: net@...
****** Ifyou would like to receive this newsletter totally FREE send an e-mail to: net@... with the note receive geonewsletter.
* Please forward this Newsletter to people that you think that they may be interested*
We were hoping that your would be able to circulate this description to any qualified candidates they are within your sphere of influence. We are looking to fill this position in Calgary, Alberta
Geotechnical Engineer, B.Sc. with 15 years or M.Sc. with 8 years. Experience in project management, preparation of bids, contractor management, client liaison, permafrost engineering, oil and gas industry, remediation technologies in multi-media and in-situ. Experience in Northern environments a must.
The successful candidate will demonstrate:
Strong leadership abilities
Ability to grow and establish highly effective project teams
Ability to think strategically about projects and bids for projects.
Ability to liaise with every level of the organization
Ability to effectively liaise with government, First Nations, and regulatory bodies.
Strong science and engineering capabilities
High integrity in all dealings both business and personal
Willingness to participate in projects and discussions that are not necessarily his/her area of expertise.
Our client offers you a fast-paced environment to use your skills. As part of a project team, you will contribute to solutions for your clients' environmental and related business problems. As a consultant, you put your knowledge to work on technical challenges as you develop a thorough understanding of:
federal, provincial, and international environmental regulations
determining the environmental impacts of activities from industry
communicating with regulatory agency personnel on behalf of clients
preparing project reports
implementing environmental management systems
analyzing industrial hazards
developing risk management strategies
providing technical support to large scale construction or decommissioning projects
training First Nations and International groups
Our client offers a comprehensive benefits package that assists employees in achieving work-life balance. · Key Contributor Equity Incentive Plan · Mutual Fund Program · Major Medical/Dental · Disability Income Protection · Life Insurance · Educational Assistance · Flex Time
I will be out of the office starting 06/29/2001 and will not return
until 07/18/2001.
I will be checking my e-mail from time to time and will respond to your
message when I can.
a new site has been added in the Learn By Hyperlinks session of the Geotechnical Engineer and I think you 'll find it interesting. It is called The Soil Liquefaction Web Site and was developed by Jorgen Johansson under the supervision of Professor Steven L. Kramer of the University of Washington. It contains up-to-date information on soil liquefaction and uses the videos and photos. I think it is the best site regarding that matter. For those who may not know it Professor Kramer is considered one of the experts in Geotechnical Earthquake Engineering and his book on that matter is considered the best.
my name is ozgur bozdag.i am from turkey.i graduated
with geotechnic master program.
i want to work in usa and i am dealing with your
positions.
if i have a chance what type of informations do you
need ? and how can i contact wit you ?
with my best regards.....
ozgur bozdag
__________________________________________________
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my name is ozgur bozdag.i am from turkey.i graduated
with geotechnic master program.
i want to work in usa and i am dealing with your
positions.
if i have a chance what type of informations do you
need ? and how can i contact wit you ?
with my best regards.....
ozgur bozdag
__________________________________________________
Do You Yahoo!?
Yahoo! Auctions - buy the things you want at great prices
http://auctions.yahoo.com/
I need Two paper that I couldn't find them in my country. I would be most thankful if you could help me in this regard.
1.Idriss,I.M.,1990.Response of soft soil sites during earthquakes,Proceedings of symposium Honor Professor H.B.Seed,Berkeley,May,273-289.
2.Rinne,E.,E.,1994,Development of new site coefficients for building codes , Proceeding of the Fifth U.S.Natl.Conf.on Earthquake Engineering,Chicago,III,69-78
My name is Debora Autrey and I am recruiting for three geotechnical
engineers. One of these positions could be a new grad with a masters.
The other two need to be PE's and have some solid geotechnical
experience. Any experience with construction materials testing would be
a plus, but not a deal breaker if you don't.
Salary is very negotiable, depending on experience. My fee, travel and
relocation expenses are of course paid by my client. There is a
comprehensive benefit package as well as advancement potential. (I have
worked with this company for several years. My contact made partner a
few years ago. Everyone I have placed with them is still there.) These
positions are open due to growth, not replacement. They enjoy a
wonderful professional reputation and work nationally.
If you would be interested, please contact me. Probably the easiest way
is to email your resume to me. I will be visiting a client and away
from the office Wednesday afternoon and all day Thursday but will
respond to any inquiries either over the weekend or next week.
My contact information:
Debora Autrey
dautrine@...
501-221-2634 voice
501-223-9124 fax
Hi Dear All
I invite you to become a member of Geotechnics group, where you can
talk and discuss about all fields of Geotechnical Engineering.
Let share our knowledge with others.
Regards
Moderator, Geotechnics
Siavash Ghabezloo
Hi Dear All
I invite you to become a member of Geotechnics group, where you can
talk and discuss about all fields of Geotechnical Engineering.
Let share our knowledge with others.
To beibg a member of Geotechnics simply send an email to:
Geotechnics-subscribe@yahoogroups.com
Or directly go to:
http://groups.yahoo.com/group/geotechnics
Excuse me for taking your time.
Regards
Moderator, Geotechnics
Siavash Ghabezloo
Hello all,
I'm new to this group, and I must admit at the first that I'm
a 2nd year geology grad student, and all of my geomechanics is
self-taught, but I'm hoping to learn from this list.
Anyway, I'm starting a project this summer studying submarine
landslides on the continental slope, at the continental shelf edge
(e.g. off the US East Coast). Hopefully this research might be of
interest to fellow group members, so I will describe it a bit.
One interesting facet of the submarine environment is the following:
When converting from force equilibrium (effective stress) to
constitutive relations (solid stress), pore pressure gradients act as
"body forces". In a subaerial slope, topographic gradients impose a
surface hydrulic head gradient, and groundwater flow creates seepage
forces. In a submarine slope, the slope surface is a constant head
boundary, due to overlying water pressure. Hence, only transient
overpressures can induce seepage forces.
Rivers dump their sediment load into the sea, and fine clays
make it to the deep sea in plumes which then rain out sediment onto
the shelf edge. If the sedimentation rate is high (e.g. glacial low
sea level brings river mouths closer to the slope), compaction
overtakes pore pressure diffusion, and overpressures can develop,
trapped by the low permeability clays.
On the new jersey slope, overpressures on the order of lithostatic
have been measured at depth (e.g. slopes are unstable to
perturbations), which is attributed to the above described process.
Two types of mass movements can be generated from slope
failures a slump or a flow. Flows include mainly water turbidity
currents, which carve canyons into the slope, or mainly sediment
debris flows, which flow down canyons and deposit fans on the abyssal
plain. Rapid slumps can create a pulse of displacement in the
overlying water, causing tsunamis.
Recent flume studies (Iverson, USGS) have shown that dilatency
is the key to the slump/flow bifurcation. In CAM clay terms, a
"loose", or lightly overconsolidated soil, will contract upon
shearing, creating dynamic overpressures and mobilizing a liquefied
flow. A "dense", or heavily overconsolidated soil, will dilate upon
shearing, letting pore pressure diffuse, and resulting in a
"stick-slip" slump behavior.
I am modeling a 2D cross-section hillslope, with time
dependent upper boundary growth and volumetric stress sources due to
deposition on geologic timescales. I will likely be using a modified
CAM clay style eleastoplastic constitutive model for these
soft marine clays. At the failure point, an updated lagrangian
(moving mesh) plastic flow will be implemented, on a timescale
negligible in geologic terms.
If anyone has any experience or insight into landslides,
progressive failure, computational methods, constitutive models,...,
I'd appreciate any advice you may offer.
Phenomenologically I am particularly interested in the flow/slump
bifurcation, dynamic strength variability due to pressure
interactions.
Computationaly I'm interested in plastic large deformation
"boundary value problems" where there is yielding in the plastic
sense but no mass movement (e.g. a bulge in the bottom of an
embankment or hill-toe), and equilibrium is achieved.
Where failure of the slope does occur, I only need to be "sure"
that it has, and that I'm not just experiencing numerical
instabilities! Models of mobilized movements are already highly
developed in my research field.
Experimentally, If anyone knows of landslide experiments at
lab or hillslope scales, or has experience with constitutive
models/measurements for marine clays, I'd love any references, advice,
or links.
Thanks for listening!
Best Regards,
Matt Wolinsky
http://www.duke.edu/~maw/index.htmmaw@...
Hi Dmitri,
According to my opinion, Imperial College is the best.
Regards
Agus
--- In TheGeotechnicalEngineer@y..., "Dimitris P. Zeccos" <net@o...>
wrote:
> Dear members,
>
> I would like your opinion in which do you consider the best
graduate School for a MSc (and a PhD) in Geotechnical Engineering. I
am especially interested in any comments on the Graduate programs in
Geotechnical engineering of the following Universities:
> Imperial College
> University of Michigan
> Purdue University
> Georgia Tech
> University of Texas at Austin
> Northwestern University
> MIT
> University of California at Berkeley
> University of Illinois at Urbana-Champain.
>
> Sincerely,
>
> Dimitris P. Zeccos
I would like your opinion in which do you consider the best graduate School for a MSc (and a PhD) in Geotechnical Engineering. I am especially interested in any comments on the Graduate programs in Geotechnical engineering of the following Universities:
JOIN NOW for FREE!The Geotechnical Engineer Group!!After the success of The Civil Engineer, join The Geotechnical Engineer to help and provide useful and educational information in the field.
Learn-By-Hyperlinks (L-B-H). Hyperlinks of web pages in the Network with entirely educational index. Purpose is to teach or inform students or professional engineers on specific subjects.
Read about:
Slope Design, David Toll, Durham university
Road Design, David Toll, Durham University
Dam Design, David Toll, Durham University
NEW FEATURE! Online free papers and books http://www.geocities.com/zekkos_gr/GEObooks.htmIn this page are collected papers and books which are available through the internet on Geotechnics
BOOK! Practical Rock Engineering, by Dr. Hoek.
PAPER! Full Scale Testing of Geosynthetic Reinforced Walls, by R.J. Bathurst, D. Walters,N. Vlachopoulos, P. Burgess, T.M. Allen
BOOK! Soil Dynamics and Special Design Aspects, NAVFAC military Handbook
NEW FEATURE! Web applications http://www.geocities.com/zekkos_gr/geoap.htm In this page will be announced any web applications, tools and programs in the Geotechnical Engineering field.
Cantilever Retaining Wall Design, developed by Suresh Acharya.
The Geotechnical Engineer has been ranked in the TOP 10 GEOTECHNICAL ENGINEERING SITES of 2000! Thank you for your support!
TRANSPORT-TRAFFIC ENGINEER
Learn-By-Hyperlinks (L-B-H). Hyperlinks of web pages in the Network with entirely educational index. Purpose is to teach or inform students or professional engineers on specific subjects.
Learn-By-Hyperlinks (L-B-H). Hyperlinks of web pages in the Network with entirely educational index. Purpose is to teach or inform students or professional engineers on specific subjects.
IN THE SITE THAT SUBSOIL IS
VERY POOR,LIKE VERY SOFT CLAY
OR VERY LOOSE SAND.
DO YOU THINK THAT WE SHOULD
INSTRUCT THE CONTRACTOR TO
MAKE A TRIAL PANEL OF
DIAPHRAMG WALL BEFORE WE
CONSTRUCT THE PERMANENT
WALL?.
I WANT SUGGESTION FROM THE
EXPERT.
let me suggest you two interesting geotechnical engineering resources that I found on the internet. I hope that all members will provide knowledge in this discussion list.
Dam DesignThese web pages have been developed as part of a final year project at Durham University by Andrew Graham who was studying for his M.Eng in Engineering with Civil Engineering options and are now maintained by David Toll. The pages are not meant to be an exhaustive reference of dams since the topic is vast, however the information provided is at least that required for undergraduate level and in many sections will go beyond what is required.
Road Designdeveloped by David Wilkinson and are now maintained by David Toll. Another website of Durham University, with all the basics on the subject and many more.
let me suggest you two interesting geotechnical engineering resources that I found on the internet. I hope that all members will provide knowledge in this discussion list.
1. Practical Rock Engineering, by Dr. E. Hoek, edition 2000. By following this link you will be able to download on .pdf form the book by chapters. I found it really helpful, especially the chapters with the case studies (e.g. chapter 7).
2. Slope Design. As the developer say this www site is to be used "as a reference guide on Slope Design, by other undergraduate students in the university or further afield. The following pages explain the principles of slope design, including types of instability related to groundwater conditions and ground types. They include text and graphics and also some interactive elements." Personally I find it very educative.