Fig. 1.  Contrast between the classic solution to the pipe entrance problem (top left and middle panels) invoking uniform velocity at the entrance as boundary condition, with the more realistic boundary condition of constant volumetric outflow rate (bottom left and right-most panels).  Plotted are isopleths of flow speed at two different Reynolds numbers (Re).  Both the axial coordinate (z) and the radial coordinate (r) are scaled by the pipe inner diameter (D).  With the more realistic boundary condition, substantial flow adjustment occurs upstream of the pipe entrance (Jumars 2013).

Peter A. (Pete) Jumars, Last Updated 10 November 2014
Current Research Emergence;
Consequences of burrowing by crack propagation
;
Small-scale flows, especially unsteady ones and biological interactions with them.
Preprints and Recent Publications 2010s
Earlier Publications 2000s, 1990s, 1980s, 1970s
Outreach

Demonstration on difficulties of suspension feeding at Low Reynolds numbers;

Effects of turbulence on organisms

Teaching materials

Design of Marine Organisms (SMS 481; 2014)
(Part of Semester by the Sea);
Introduction to Physical Thinking (SMS 491);
Small-Scale Fluid Dynamics (SMS 598)

Professional habits of mind (SMS 691)

Mentoring philosophy Develop your own philosophy of how YOU should DO science.
Greatest satisfaction
Getting students comfortable with both theoretical modeling and model testing
Current passion
Small-scale phenomena in teaching and learning how to combine mathematics, physics and biology for fun and profit
Hobbies
Large-scale landscaping and carbon sequestration; skiing (both kinds); organic gardening; jogging; sea kayaking; cooking; reading
Current lab members

Kevin Du Clos, Ph.D. Candidate
Rachel Lasley, Postdoctoral Fellow

Past students Past Ph.D.; Recently Past M.S.; Recent Interns
Curriculum Vitae (pdf format) Full CV

Contact Information
Telephone:

1-5114 from the Orono campus

(207) 563-8101 office

(207) 592-0717 cell

Fax: (207) 563-3119
US Mailing Address: Darling Marine Center
193 Clark's Cove Road
Walpole, ME 04573-3307
Overnight mail: Darling Marine Center
193 Clark's Cove Road
Walpole, ME 04573-3307
e-mail address: jumars@maine.edu
Driving, shuttle and bus directions:

Directions to the Darling Marine Center

Calendar/Availability:

Retiring in 2015; accepting no new graduate students