

Beena Sukumaran, Ph.D.
Associate Professor
Civil Engineering
College of Engineering
Rowan University
Telephone: (856) 256-5324
Fax: (856) 256-5242
Email address: sukumaran@rowan.edu
Fall
2009 Courses
Junior/Senior Clinics
Grain crusher for the developing world
FAA sponsored research on airport pavements recently featured on NJN
NSF
sponsored research on imaging
Research Interests/Expertise
Image analysis
Micromechanics of sands
Offshore foundations
Numerical modeling
Minority and women recruitment and retention
Background Information
Beena Sukumaran obtained her Ph.D. from
She is also extremely interested in sustainable design and design for the environment.
Professional Activities/Membership
Member, American Society of Civil Engineers
Member, Society for Women Engineers (SWE)
Member, American Society of Engineering Education
Member, International Society of Offshore and Polar Engineers
Former Chairperson, Education Committee, USUCGER
Awards / Merits
Board Member, Alice Paul Institute, 2005-2008
Marquis' Who's Who of American Women
Best faculty in Civil Engineering Award,
Member of the Honor Society of Phi Kappa Phi
Member of the Honor Society of Phi Beta Delta
Academic Excellence Award,
Recipient of the Norwegian Research Council Fellowship, 1997
Honorary member, Golden Key Honour Society, 2003
Education
Doctor
of Philosophy,
Awarded: May 1996
Thesis Topic: "Effect of inherent particle characteristics on the shear
strength of sands"
Thesis Advisor: Professor G.A Leonards & Professor P.J. Fox
Master
of Science,
Awarded: December, 1992
Thesis Topic: "Liquefaction susceptibility mapping for downtown
Thesis Advisor: Professor David J. Elton
Bachelor of Science, Civil Engineering
Awarded: February, 1989
College of Engineering,
Trivandrum,
Professional Experience
Associate Professor, Rowan University
· Consultant to Shell Oil and Fugro McClelland – Analyses of the response of suction anchors used to hold in place pipe line end modules
· Analysis of undrained and drained response of suction caisson foundations
· Analysis of dynamic response of suction caisson foundation
· Advisor, U.S. Navy, Aircraft gear anchoring system design
·
Analysis of the seismic response of
· Analysis of the effect of next generation aircraft loads and wheel configuration on flexible pavement behavior.
Research
Fellow, Norwegian Geotechnical Institute
· Analyzed the holding capacity and performance of suction caissons due to lateral loads in soft clay sites.
· Implementation of a reliability based assessment of jacket pile-soil system. Probabilistic analysis of axial capacity of single pile.
· Analyzed the chain configuration for a taut mooring system.
·
Analyzed the impact of iceberg loads during and
after construction of the
· Developed a spreadsheet solution for the prediction of the pullout capacity of suction caissons.
·
Analyzed various repair options for the
Finchaa-Amerti penstock in
Research Engineer, Amoco Corporation
·
Analyzed the feasibility of using suction
caissons as a cheaper and alternate foundation for deep sea drilling platforms
in the
Assistant
Professor,
Consultant, Northern Indiana Public Service Company
Funded Proposals
· "Curriculum Pathfinder: A
Comprehensive Guide for Students in Engineering,"
· "Field Experiences for
Undergraduate Engineers," Co-Principal Investigator, NSF, $39,854.
· "AWE: Attracting Women into
Engineering," Co-Principal Investigator, EIF foundation, $50,057.
· "Airfield Surfacing system
and Aircraft Recovery System," Principal Investigator, US Navy,
· "A Bridge to the 21st
Century: A Proposal for a Strategic Engineering Partnership Between
· "AWE: Attracting Women into
Engineering," EIF foundation, $30,000.
· "Garden City: Implementing
· "Boundaries and Borderlands
III: The Search for recognition and community in
· “Visual Beams for Enhanced Learning in Statics and Solid Mechanics,” Co-Principal Investigator, NSF-CCLI-EMD, $40,132.
·
“Finite Element Analyses of Subgrade and Flexible Pavements, Principal Investigator, FAA,
$43,424.
·
Investigation of new devices for use in
determining mechanistic properties and performance, Co-Principal
Investigator, Wisconsin DOT, $34,681.
·
Bildner New
·
National Science Foundation travel grant to
attend the World Congress on Particle Technology, $1,000.
·
Analyses of suction caissons, Travel grant to
establish collaborative proposal with
·
Imaging across the curriculum, National Science
Foundation, Co-Principal Investigator, $74,998.
·
Micromechanical modeling and discrete element
modeling of angular materials, National Science Foundation, $146,000, Principal Investigator.
·
Modeling of flexible pavements under moving
loads, FAA, $55,000, Principal Investigator.
·
Acquisition of a Desktop, High-Resolution, Three-Dimensional
X-Ray Computed Tomography (CT) System, NSF, $238,698, co-PI.
·
Microgeomechanics
across multiple strain scales, NSF, $76,156, co-PI.
·
Investigation
of the performance of flexible pavement systems under moving loads using finite
element analyses, FAA, $57,609, PI.
·
Modeling of flexible pavements under moving
loads, FAA, $54,100, Continuation funding, Principal Investigator.
·
Southern
New Jersey GAMTTEP, Garrett
A. Morgan Technology and Transportation Education Program, $100,000,
Subcontract to Rowan University by the Millville School District, USDOT, co-PI.
·
Modeling of flexible pavements under moving
loads, FAA, $35,600, Continuation funding, Principal Investigator.
Publications
A comprehensive list can be found on her curriculum vitae.
Personal Information
She is from Kerala in