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1.Rankine lecture

The Rankine Lecture is hosted in March each year by the British Geotechnical Association. It is widely viewed as the most prestigious of the invited lectures in Geotechnics. ÿÄê3ÔÂÔÚÓ¢¹úÑÒÍÁ¹¤³ÌЭ»áÖ÷°ì£¬ICEµÄjournal£¬Ò²ÊÇgeotechnical engineering the highest standard journal-GeotechniqueÓÚÀ´ÄêµÄissue 1·¢±íÈ«ÎÄ¡£·­ÔÄÁËÕâô¶àÄêµÄ£¬´ó¶àÊý¶¼³¤´ï50¶àÒ³£¬½²×ùÄÚÈÝÊǽ²×ùÈ˵ÄÈ­Í·Ñо¿ÏîÄ¿¡£½²×ùÈ«ÎÄ·¢±íÓÚÀ´ÄêµÄGeotechniqueÉÏÃæ¡£

The lecture commemorates W. J. M. Rankine, Professor of Civil Engineering at Glasgow University, who was one of the first engineers in the UK to make a significant contribution to Soil Mechanics, and is best known for his theory for the earth pressure on retaining walls. From 1961 to 1972 the lecture was held at the Institution of Civil Engineers, but since 1973 has taken place at Imperial College. In even-numbered years the lecturer is from the UK, and in odd-numbered years from overseas. Each lecture is published in G¨¦otechnique, together with the text of the biographical introduction and the vote of thanks.
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List of Rankine Lecturers



No

YEAR

LECTURER

SUBJECT



1

1961

A. Casagrande

Control of seepage through foundations and abutments of dams



2

1962

L. F. Cooling

Field measurements in soil mechanics



3

1963

A. Meyer

Recent work in rock mechanics



4

1964

A. W. Skempton

Long-term stability of clay slopes



5

1965

N. M. Newmark

Effects of earthquakes on dams and embankments



6

1966

A. W. Bishop

The strength of soils as engineering materials



7

1967

L. Bjerrum

Engineering geology of Norwegian normally-consolidated marine clays as related to settlements of buildings



8

1968

R. Glossop

The rise of geotechnology and its influence on engineering pracice



9

1969

R. B. Peck

Advantages and limitations of the observational method in applied soil mechanics



10

1970

K. H. Roscoe

The influence of strains in soil mechanics



11

1971

J. C. Jaeger

Friction of rocks and stability of rock slopes



12

1972

P. W. Rowe

The relevance of soil fabric to site investigation practice



13

1973

T. W. Lambe

Predictions in soil engineering



14

1974

R. E. Gibson

The analytical method in soil mechanics



15

1975

J. Kerisel

Old structures in relation to soil conditions



16

1976

A. C. Meigh

The Triassic rocks, with particular reference to predicted and observed performance of some major foundations



17

1977

V. F. B. de Mello

Reflections on design decisions of practical significance to embankment dams



18

1978

W. H. Ward

Ground supports for tunnels in waek rocks



19

1979

H. Bolton Seed

Considerations in the earthquake-resistant design of earth and rockfill dams



20

1980

A. N. Schofield

Cambridge geotechnical centrifuge operations



21

1981

N. R. Morgenstern

Geotechnical engineering and frontier resource development



22

1982

D. J. Henkel

Geology, geomorphology and geotechnics



23

1983

E. Hoek

Strength of jointed rock masses



24

1984

C. P. Wroth

The interpretation of in situ soil tests



25

1985

N. Janbu

Soil models in offshore engineering



26

1986

A. D. M. Penman

On the embankment dam



27

1987

R. F. Scott

Failure



28

1988

H. B. Sutherland

Uplift resistance in soils



29

1989

H. G. Poulos

Pile behaviour - theory and application



30

1990

J. B. Burland

On the compressibility and shear strength of natural clays



31

1991

J. K. Mitchell

Conduction phenomena: from theory to geotechnical practice



32

1992

B. Simpson

Retaining structures: displacement and design



33

1993

K. Ishihara

Liquefaction and flow failure during earthquakess



34

1994

P. R. Vaughan

Assumption, prediction and reality in geotechnical engineering



35

1995

R. E. Goodman

Block theory and its application



36

1996

S. F. Brown

Soil mechanics in pavement engineering



37

1997

G. E. Blight

Interactions between the atmosphere and the Earth



38

1998

D. W. Hight

Soil characterisation: the importance of structure and anisotropy



39

1999

S. Leroueil

Natural slopes and cuts: movement and failure mechanisms



40

2000

J. H. Atkinson

Non-linear soil stiffness in routine design



41

2001

H. Brandl

Energy foundations and other thermo-active ground structures



42

2002

D. M. Potts

Numerical analysis: a virtual dream or practical reality?



43

2003

M. F. Randolph

Science and empiricism in pile foundation design



44

2004

N. N. Ambraseys

Engineering, seismology and soil mechanics



45

2005

R. K. Rowe

Long term performance of contaminant barrier systems



46

2006

R. J. Mair

Tunnelling and geotechnics - new horizons



47

2007

A. Gens

Soil-environment interactions in geotechnical engineering



48

2008

A. Charles

The engineering behaviour of fill - the use, misuse and disuse of case histories



49

2009

T. O'Rourke

Geohazards & Large Geographically Distributed Systems



50

2010

C. R. I. Clayton

Stiffness at small strain - research and practice



51

2011

S. W. Sloan

Geotechnical Stability Analysis

[ Last edited by geozb on 2011-5-31 at 21:40 ]
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7. Peck Lecture
Prof.Peck, R.B ÊǸú×ÅÍÁÁ¦Ñ§×æÊ¦Ò¯Terzaghi½ôÃܹ¤×÷µÄ3´óÖúÊÖ£¬ºóÀ´ÔÚUIUC×öÍÁÁ¦Ñ§½ÌÊÚ¡£Ä¿Ç°Peck lecutureÔÚGEOCONFERENCEÉÏÃæ·¢±í£¬¾ßÌå·¢±íjournal²»Ïê¡£


Ralph B. Peck ¼ò½é
Ralph B. Peck was born in Winnipeg, Canada, in 1912. He grew up in Denver, where his
father was Engineer of Structures for the Denver and Rio Grande Western Railroad. He
received the degrees of Civil Engineer and Doctor of Civil Engineering at Rensselaer
Polytechnic Institute in 1934 and 1937 with the intention of becoming a structural
engineer. After eight months as a structural detailer with the American Bridge Company,
he attended the Soils Mechanics classes of Professor Author Casagrande at Harvard until
1939. At this time Dr. Karl Terzaghi became a consultant to the City of Chicago for the
design and construction of the Initial System of Chicago Subways and Peck became his
representative on the job. He was in charge of soil testing and field observations until
the work was closed down during World War II, when he became Chief Engineer of
Testing on the construction of an ordnance plant in Marion, Ohio. In December 1942 he
joined the Civil Engineering Department of the University of Illinois at Urbana, from which
he retired in June, 1974, to Albuquerque, New Mexico.

Professor Peck's main interest has been observation of the behavior of earth and rock
during construction and under stress. He has been equally concerned with the
organization and presentation of new knowledge in this field in a form useful to the
practicing engineer. He is the co-author of two books, one with Karl Terzaghi, "Soil
Mechanics in Engineering Practice", now in its third edition with G. Mesri, and one with
Walter E. Hanson and Thomas H. Thornburn, "Foundation Engineering". Both are directed
to the needs of the designer and constructor. He is the author of over 200 technical
papers, some of which have been included in the book, "Judgment in Geotechnical
Engineering - The Professional Legacy of Ralph B. Peck", which appeared in 1984 and
"Ralph B. Peck: Educator and Engineer - The Essence of the Man", published in 2006.

He has been a consultant on foundations for buildings, ore docks and other heavily
loaded structures; on tunnels and open cuts for the Bay Area Rapid Transit System in San
Francisco, the Washington Metropolitan Area Rapid Transit Authority in Washington, D.C.,
the New York Second Avenue Subway, the Baltimore Rapid Transit System, and the Los
Angeles Metro; and on dams including Mica Dam, Bennett Dam, and the Churchill Falls and
James Bay Hydroelectric projects.

He was President of the International Society for Soil Mechanics and Foundation
Engineering from 1969 to 1973; has been the recipient of the Norman Medal, the
Wellington Prize, the Karl Terzaghi Award, and the President's Award of the American
Society of Civil Engineers; the 1972 National Society of Professional Engineers' Award;
the 1973 Moles Non-Member Award; the 1983 Golden Beaver Award; the 1976
Washington Award; the 1988 John Fritz Award; and the Outstanding Civilian Service
Medal of the U.S. Army. In May, 1974, he received the honorary degree of D. Eng. from his
Alma Mater, and in 1987 the honorary degree of D.Sc. from Laval University. In 1975 he
received the U.S. National Medal of Science from President Ford. In 1999, he was elected
to the Rensselaer Hall of Fame, and in 2000 was selected as the first hero of the
Geo-Institute of ASCE. He was a member of the National Academy of Engineering.

In 1937 he married Marjorie Elizabeth Truby, who died in 1996. They have two children,
Mrs. Nancy Jeanne Young and Dr. James Leroy Peck, and two grandchildren.
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2. Terzaghi Lecture
ÃÀ¹úÍÁľ¹¤³ÌʦЭ»á£¨ASCE)ÓÚ1960Äê´´°ì¡£

This lectureship was established by the Soil Mechanics and Foundations Division (now the Geo-Institute) of the Society by the solicitation of gifts from the many friends and admirers of Karl Terzaghi, Hon.M.ASCE. It was instituted by the Board of Direction on October 10, 1960.

I.    At about yearly intervals and upon recommendation of the Geo-Institute Board of Governors, the Executive Director will invite a distinguished engineer to deliver a "Terzaghi Lecture" at an appropriate meeting of the Society. The lecturer shall be tendered a certificate and a cash prize determined annually by and subject to the approval of the Executive Committee of the Board of Direction based on the income from the award endowment.
ÓÉÃÀ¹úASCEÑÒÍÁËùGeo-instituteÍÆ¼öÈËÑ¡¡£

II.    Membership in the Society is not a requirement for consideration.
½²×ùÈ˲»±ØÊÇASCEµÄ»áÔ±

Àí½âTerzaghi½²×ù±¨¸æÈËÒÔ¼°ÌâÄ¿£¨²»È«£©
1963 Ralph Peck: Foundation behaviour of iron ore storage yards (mit Tonis Raamot)
1964 Arthur Casagrande: Role of the calculated risk in earth work and foundation engineering
1966 Laurits Bjerrum: Progressive failure in slopes of overconsolidated plastic clay shales (3. Terzaghi Lecture)
1967 Harry Bolton Seed: Landslides during Earthquakes due to liquefaction
1968 Philip C. Rutledge
1969 Stanley D. Wilson
1970 T. William Lambe
1971 John Lowe III
1972 Bramlette McClelland: Design of Deep Penetration Piles for Ocean Structures (9. Terzaghi Lecture)
1974 Frank E. Richart junior: Some effects of dynamic soil properties on soil-structure (10. Terzaghi Lecture)
1975 George Geoffrey Meyerhof: Bearing capacity and settlement of pile foundations (11. Terzaghi Lecture)
1976 Lyman C. Reese: Design and construction of drilled shafts (12. Terzaghi Lecture)
1977 Robert F. Legget: Geology and geotechnical engineering (13. Terzaghi Lecture)
1978 Nathan M. Newmark: Observations on stresses in tunnel linings (14. Terzaghi Lecture)
1979 George F. Sowers: There were giants on the earth in those days
1980 Gerald A. Leonards: Investigation of Failures (16. Terzaghi Lecture)
1981 Robert V. Whitman: Evaluating calculated risk in geotechnical engineering
1982 J. Barry Cooke: Progress in Rockfill Dams (18. Terzaghi Lecture)
1983 Ronald F. Scott
1984 James K. Mitchell: Practical Problems from surprising soil behavior
1985 Jorj O. Osterberg
1986 Charles C. Ladd
1987 Leonardo Zeevaert
1988 Elio D¡¯Appolonia
1989 John H. Schmertmann
1990 James P. Gould
1991 James Michael Duncan: Limitations of conventional analysis of consolidation settlement (27. Terzaghi Lecture)
1992 Norbert R. Morgenstern
1993 John A. Focht junior
1994 G. Wayne Clough
1995 Roy E. Olson
1996 Robert M. Koerner: Emerging and future developments of selected geosynthetic applications (32. Terzaghi Lecture)
1997 Richard D. Woods
1998 Michael W. O'Neill
1999 William F. Marcuson III
2000 Evert Hoek Big tunnels in bad rock
2001 Suzanne Lacasse
2002 Victor Milligan
2003 John T. Christian
2004 Harry Poulos
2005 Delwyn G. Fredlund
2006 Raymond J. Krizek
2007 George G. Goble
2008 Jean-Pierre Giroud
2009 Clyde N. Baker: Uncertain geotechnical truth and cost effective high rise foundation design (45. Terzaghi Lecture)
2010 Robert D. Holtz
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3. Bjerrum Lecture
¼ÍÄîNGI´´Ê¼ÈËProf.Laurits Bjerrum.ÏàÐÅ×öµØ»ù³ÐÔØÁ¦µÄͯЬ¶ÔËû²»»áİÉú¡£
Laurits Bjerrum was born in FarsB, Denmark on 6 August, 1918, the son of Chresten Bjerrum, a Danish surgeon. He graduated in Civil Engineering at the Technical University of Copenhagen in 1941. For the next six years he was employed by Dr Christen Ostenfeld, a consulting engineer practising in Copenhagen. It was appropriate that even at this early stage he should be head of the soil mechanics and foundation engineering group. During the early part of these six years he also worked in the Laboratory for Harbour Work and fundations, in the Technical University.
In 1947 Laurits Bjerrum left Denmark and joined the staff of the Soil Mechanics and Hydraulics Laboratory of the Swiss Federal Institute of Technology in Zurich. His research for the thesis: ¡®Theoretical and experimental investigations on the shear strength of soils¡¯, for which he was awarded a doctorate in 1952, marked the start of a lifelong interest in this fundamental topic, culminating in a remarkable state-of-the-art report on soft clay which he was to have given at the 8th International Conference on Soil Mechanics and Foundation Engineering
in Moscow in 1973.

In 1951 Dr Bjerrum came to Norway to assume leadership of the newly established Norwegian Geotechnical Institute-a position which he held until his death. During his lifetime the memberships, honours and awards conferred on him were many and international. Among the honours he received were membership of both the Danish and Norwegian Academies of Technical Science, and the Royal Norwegian Society of Sciences and Letters, and an honorary membership of the Norwegian Geotechnical Society. The degree of Doctor of
Science was conferred on him honoris caum by Loyola College in Baltimore in 1965, and in 1966 he received the Sam Eyde Prize for outstanding Civil Engineering work in Norway. In 1971 he received the Karl Terzaghi Award from the American Society of Civil Engineers.
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4. Skempton Lecture
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