Liu, Y.K. and Chandran, K.B. (1975)
Exact Solution to Translational Acceleration of Inviscid Fluid
in Rigid Spherical Shells. Math. Biosciences 24:1-16
Liu, Y.K., Chandran, K.B., and von
Rosenberg, D.U. (1975) Angular Acceleration of Viscoelastic (Kelvin)
Material in a Rigid Spherical Shell - A Rotational Head Injury
Model. J. Biomechanics 8: 285-292
Liu, Y.K. and Chandran, K.B. (1976)Package
Cushioning for the Human Head. I. Analytical Considerations. J.
Applied Mechanics 42: 541-546
Chandran, K.B., Liu, Y.K. and von
Rosenberg, D.U. (1975) The Exact Solution of the Translational
Acceleration of a Low Modulus Elastic Medium in Rigid Spherical
Shells - Implications for Head Injury Models. J. Applied Mechanics
42:759-762
Liu, Y.K. and Chandran, K.B.(1976)
An Experimental Study of Package Cushioning for the Human Head.
J. Applied Mechanics 43: 469-474
Chandran, K.B., Liu, Y.K. and von
Rosenberg, D.U. (1976)Stress Wave Propagation in Maxwell Fluid
Contained in Rigid Spherical Shells. J. of Sound and Vibrations
47:107-114
Domer, F.R., Liu, Y.K., Chandran,
K.B. and Krieger, K.W. (1979) The Effect of Hyperextension-Hyperflexion
(Whiplash) on the Function of the Blood-Brain Barrier of Rhesus
Monkeys. J. Experimental Neurology 63:304-310
Liu, Y.K., Chandran, K.B., Heath,
R.G. and Unterharnscheidt, F. (1984) Subcortical EEG Changes in
Rhesus Monkeys Following Experimental Hyperextension-Hyperflexion
(Whiplash). Spine 9: 329-338
Chandran, K. B., "CardioVascular
Biomechanics" New York University Press( August 1992): A text
book intended for senior and first year graduate students in Biomedical
Engineering or related fields
Table of Contents
- Introduction
to cardiovascular physiology
- Rheology of blood
- Mechanics of blood vessels
- Steady flow models
- Unsteady flow models
- Measurements in circulation
- Prosthetic valve implants
- Cardiac imaging and three dimensional reconstruction: Clinical
applications
- Myocardial mechanics
- Ventricular assist devices and total artificial heart
- Problems
Book Chapters
Chandran, K. B. and Kim, Y. H.(1993)
Mechanical aspects of vascular graft-host artery anastomoses.
IEEE Engin. in Med. and Biol. Aug/Sep Issue, pp. 517-524
Chandran, K. B. and Vonesh, M. J.
(1997).The role of mechanics in vascular biology in Non-invasive
imaging of atherosclerosis, Glagov, S., Mercury, M., Zarins, C.
K., and McPherson, D. D. (Eds.), Kluger Academic Publishers, Boston
Chandran, K. B. (1997) Flow dynamics
in the human aorta: Techniques and applications. in Biomechanic
Systems Techniques and Applications (C. J. Leondes, Ed.), CRC
Press, Boca Raton, FL, Chapter 5, pp. 5-1 5-25
Bhuvaneshwar, G., Ramani, A.V., and
Chandran, K. B. (2001) Polymeric occluders in tilting disc heart
valve prostheses. In Polymeric Biomaterials (S. Dumitriu, Ed.),
Marcel Dekker, New York (to appear)
Chandran, K.B., Swanson, W.M., Ghista,
D.H. and Vayo, H.W. (1974) Oscillatory Flow of Viscous Fluid in
Thin-walled Curved Elastic Tubes. Annals of Biomedical Engineering
2: 392-412
Vayo, H.W., Ghista, D.N. and Chandran,
K.B. (1977) Oscillatory Flow in Thin-walled Curved Elastic Tubes
- Summary. Bulletin of Mathematical Biology 39: 245-248
Chandran, K.B., Hosey, R.R., Ghista,
D.N. and Vayo, V.W. (1979) Analysis of Fully Developed Unsteady
Viscous Flow in a Curved Elastic Tube Model to Provide Fluid Mechanical
Data for Some Circulatory Patho-Physiological Situations and Assist
Devices. ASME J. Biomechanical Engineering 101: 114-123
Chandran, K.B., Yearwood, T.L. and
Wieting, D.W. (1979) An Experimental Study of Pulsatile Flow in
a Curved Tube. J. Biomechanics 12:793-805
Yearwood, T.L. and Chandran, K.B.
(1980) Experimental Investigation of Steady Flow Through a Model
of the Human Aortic Arch. J. Biomechanics 13: 1075-1088
Chandran, K.B. and Yearwood, T.L.
(1981) Physiological Pulsatile Flow Analysis in a Curved Tube.
J. Fluid Mechanics 111: 59-85
Chandran, K.B. and Ray, G. (1982)
Clinical Implications of Pressure-Deformation Analysis of Curved
Elastic Tubes. Medical and Biological Engineering & Computing
20: 145-150
Yearwood, T.L. and Chandran, K.B.
(1982) Pulsatile Flow Experiments in a Model of the Human Aortic
Arch. J. Biomechanics 15: 683-704
Frazin,L.J., Vonesh, M.J., Khasho,
F., Lanza, G., Chandran, K.B., Talano, J.V. and McPherson, D.D.
(1992) A Doppler guided retrograde catheterization system. Catheterization
and Cardiovascular Diagnosis 26:41-50
Kim, Y-H., Chandran, K.B., Bower,
T.J. and Corson, J.D.(1993) Flow dynamics across end-to-end vascular
bypass graft anastomoses. Annals of Biomedical Engineering 21:311-320
Kim, Y.H. and Chandran, K. B.(1993)
Steady flow analysis in the vicinity of an end-to-end anastomosis.
Biorheology 30:117-130
Chandran, K.B.(1993) Flow dynamics
in the human aorta. ASME J. Biomech. Eng. 115:611-616
Frazin, L.J., Lanza, G., Vonesh, M.,
Khaso, F., Spitzzeri, C., McGee, S., Mehlman, D., Chandran, K.B.,
Talano, J. and McPherson, D.(1990) Functional chiral asymmetry
in the descending thoracic aorta. Circulation 82:1985-1994
Chandran, K. B., Vonesh, M. J., Roy,
A., Greenfield, S., Kane, B., Greene, R., and McPherson, D.D.(1996)
Computation of vascular flow dynamics from intravascular ultrasound
images. Medical Engineering & Physics 18:295-304
Frazin, L.J., Vonesh, M.J., Chandran,
K.B., Shipkowitz, T. Yaacoub, A.S. and McPherson, D.D.(1996) Confirmation
of thoracic and initial documentation of abdominal aortic flow
- An ultrasound study. ASAIO Journal 42:951-956
Vonesh, M. J., Cho, C-H., Pinto Jr.,
J. V., Lee, D. S., Roth, S. I., Chandran, K. B., and McPherson,
D. D. (1997) Regional vascular mechanical property determination
using three-dimensional intravascular ultrasound and finite-element
analysis. American Journal of Physiology 272(Heart Circ. Physiol.
41): H425-H437
Vonesh, M. J., Mockros, L. F., Davidson,
C. J., Chandran, K. B., and McPherson, D. D. (1997) Vascular acoustic
emission accompanying arterial injury and potential applications
to balloon angioplasty. Circulation 95: 1022-1029
Vonesh, M. J., Mockros, L. F., Davidson,
C. J., Chandran, K. B., and McPherson, D. D.(1997) In-vitro identification
of angioplasty-induced injury using vascular acoustic emissions.
Annals of Biomedical Engineering 25: 882-895
Shipkowitz, T., Rodgers, V.G.J., Frazin,
L.J., Chandran, K.B. (1998) Numerical study on the effect of steady
axial flow development in the human aorta on local shear stresses
in abdominal aortic branches. J. Biomechanics 31: 995-1007.
Shipkowitz, T., Rodgers, V.G.J., Frazin,
L.J., Chandran, K.B.(2000) Numerical study on the effects of secondary
flow in the human aorta on local hemodynamics in the abdominal
aortic arch branches. J. Biomechanics 33: 717-728
Liu, Y.,
Lai, Y., Nagaraj, A., Kane, B., Hamilton, A., Greene, R.,
McPherson, D.D., and Chandran, K. B. (2001) Pulsatile flow
simulation in arterial vascular segments using intravascular
ultrasound images. Medical Engineering and Physics 23: 583-595
Liu, Y.,
Hamilton, A., Nagaraj, A., Yan, L. Y., Liu, K., Lai, Y.,
McPherson D. D., and Chandran, K. B. Alterations in fluid
mechanics in porcine femoral arteries with atheroma development.
Annals of Biomedical Engineering 32: 544-554, 2003
Ghista, D.N., Reul, H., Ray, G., and
Chandran, K.B. (1978) Optimal Design of Aortic Leaflet Prosthesis.
J. Eng. Mechanics Div. (ASCE), EM1:97-117
Ghista, D.N., Ray, G., Chandran, K.B.,
Sandler, H. and Hamid, S. (1978) Analysis of Mirtal Valve Vibration
Range. J. Eng. Mechanics Div. (ASCE), EM1:119-129
Chandran, K.B., Yearwood, T.L., Chen,
C.J. and Falsetti, H.L. (1982) Pulsatile Flow Experiments on Heart
Valve Prosthesis. Medical and Biological Engineering and Computing
21:529-537
Chandran, K.B., Khalighi, B., Chen,
C.J., Falsetti, H.L., Yearwood, T.L. and Hiratzka, L.F. (1983)
Effect of Valve Orientation on Flow Development Past Aortic Valve
Prostheses in a Model Human Aorta. J. of Thoracic and Cardiovascular
Surgery 85: 893-901
Chandran, K.B., Ferguson, T.V., Chen,
C.J. and Khalighi, B. (1983) Experimental Study of Flow Dynamics
Behind Valve Prostheses. ASAIO Journal 6:146-152
Khalighi, B., Chandran, K.B. and Chen,
C.J. (1983) Steady Flow Development Past Valve Prostheses in a
Model Human Aorta, I. Centrally Occluding Valves.J. Biomechanics
16:1003-1011
Khalighi, B., Chandran, K.B. and Chen,
C.J. (1983) Steady Flow Development Past Valve Prostheses in a
Model Human Aorta, II. Tilting Disc Valves.J. Biomechanics 16:
1013-1018
Chandran, K.B., Cabell, G.N., Khalighi,
B. and Chen, C.J. (1983) Laser Anemometry Measurement of Pulsatile
Flow Past Aortic Valve Prothesis. J. Biomechanics 16: 865-873
Chandran, K.B. and Khalighi, B. (1984)
A Note on the Blood Analog for In Vitro Testing of Heart Valve
Bioprostheses. ASME J. Biomechanical Engineering 106:112-114
Chandran, K.B., Cabell, G.N., Khalighi,
B. and Chen, C-J (1984) Pulsatile Flow Past Aortic Valve Bioprostheses
in a Model Human Aorta. J. Biomechanics 17: 609-619
Chandran, K.B. (1985) Pulsatile Flow
Past St. Jude Bileaflet Valve: An In Vitro Study. J. Thoracic
and Cardiovascular Surgery 89:743-749
Chandran, K.B., Khalighi, B. and Chen,
C.J. (1985) Experimental Study of Physiological Pulsatile Flow
Past Valve Prostheses in a Model Human Aorta. I. Caged Ball Valves.
J. Biomechanics 18:763-772
Chandran, K.B., Khalighi, B. and Chen,
C.J. (1985) Experimental Study of Physiological Pulsatile Flow
Past Valve Prostheses in a Model Human Aorta. II. Tilting Disc
Valve and the Effect of Orientation. J. Biomechanics 18:773-780
Chandran, K.B., Fatemi, R., Hiratzka,
L.F. and Harris, C. (1986) Effect of Wedging on the Flow Characteristics
Past Tilting Disc Aortic Valve Prosthesis. J. Biomechanics 19:181-186
Chen, C.J., Yu, C-H, and Chandran,
K.B. (1987) Finite Analytic Numerical Solution of Unsteady Laminar
Flow Past an Axisymmetric Valve. J. Eng. Mechanics Div. (ASCE)
113:1147-1162
Chandran, K.B., Fatemi, R. and Schoephoerster,
R. (1986) Dependence of tissue leaflet motion on the viscosity
of the blood analog fluid. Life Support Systems 4: 289-303
Chandran, K.B.(1988) Hemodynamics
of Prosthetic Valves. Encyclopedia for Medical Instrumentation
, J. G. Webster (Editor), Wiley Interscience, 3: 1475-83
Chen, C. J., Yu C. H. and Chandran,
K. B.(1988) Steady Turbulent Flow Through a Disc-type Valve. I:
Finite Analytic Solution. J. Eng. Mechanics Division. ASCE , 114:777-796
Yu C. H., Chen C. J. and Chandran,
K. B. (1988) Steady Turbulent Flow Through a Disc-type Valve II:
Parametric Study on Disk Size and Position. J. Eng. Mechanics
Division ASCE , 114:797-811
Chandran, K.B., Schoephoerster, R.,
Fatemi, R. and Dove, E.L. (1988) An In Vitro Experimental Comparison
of Edwards-Duromedics and St. Jude Bileaflet Heart Valve Prostheses.
Medical Physics and Physiological Measurements 9:233-241
Vandenberg, B.F., Dellsperger, K.C.,
Chandran, K.B. and Kerber, R.E. (1988) Detection, Localization
and Quantitation of Bioprosthetic Mitreal Valve Regurgitation:
An In Vitro Two-Dimensional Color Doppler Flow Mapping Study.
Circulation 78:529-538
Chandran, K.B., Schoephoerster, R.
and Dellsperger, K.C. (1989) Effect of Prosthetic Mitral Valve
Geometry and Orientation on the Flow Dynamics in a Model Human
Left Ventricle. J. Biomechanics 22:51-65
Yearwood, T. L. , Misbach, G. A. and
Chandran, K.B. (1989) Experimental fluid dynamics of aortic stenosis
of the human aorta. Clinical Physics and Physiological Measurements
10:11-24
Chandran, K.B., Fatemi, R., Schoephoerster,
R., Wurzel, D., Hansen, G., Yu, L-S., Pantalos, G. and Kolff,
W.J. (1989) In vitro comparison of velocity profiles and turbulent
shear stress distal to polyurethane trileaflet and pericardial
prosthetic valves. Artificial Organs 13:148-154
Chandran, K.B., Schoephoerster, R.,
Wurzel, D., Hansen, G., Yu, L-S., Pantalos, G. and Kolff, W.J.
(1989) Hemodynamic comparison of polyurethane trileaflet and bioprosthetic
heart valves. Transactions ASAIO 35:132-138
Schoephoerster, R., Yearwood, T.L.
and Chandran, K.B. (1989) Prediction of stenotic valve orifice
area: An in vitro study on bioprosthesis. Catheterization and
Cardiovascular Diagnosis 18: 36-47
Schoephoerster, R. and Chandran, K.B.
(1989) Effect of systolic flow rate on the prediction of effective
valve orifice area . J. Biomech. 22:705-715
Fatemi, R. and Chandran, K.B. (1989)
An in vitro comparative study of St. Jude and Edwards-Duromedics
bileaflet valves using laser anemometry. ASME J. Biomechanical
Engineering 111:298-302
Chandran, K.B., Kim, S-H. and Han,
G.(1991) Stress distribution on the cusps of a polyurethane trileaflet
heart valve prosthesis in the closed position. J. Biomechanics
24: 385-395
Schoephoerster, R.T. and Chandran,
K.B.(1991) Velocity and turbulence measurements past mitral valve
prostheses in a model left ventricle. J. Biomechanics 24:549-562
Chandran, K.B., Lee, C.S., Shipkowitz,
T., Chen, L.D., Yu, L.S. and Wurzel, D.(1991) In vitro hemodynamic
analysis of flexible artificial ventricles. Artificial Organs
15:420-426
Chandran, K.B., Gao, D., Han, G.,
Baraniewski, H. and Carson, J.D. (1992) A finite element analysis
of artery-graft anastomosis. Med. & Biol. Eng. and computing
30: 413-418
Kim, S.H., Chandran, K.B. and Chen,
C-J. (1992) Numerical simulation of steady flow in a two-dimensional
model of a total artficial heart. ASME J. Biomech. Engrg. 114:
497-503
Chandran, K.B., Lee, C.S., and Chen,
L.D.(1994) Pressure field in the vicinity of mechanical valve
occluders at the instant of valve closure: Correlation with cavitation
initiation. J. of Heart Valve Disease3 (Suppl. I) S 65 -S 76
Cheon, G-J. and Chandran, K.B.(1994)
Transient behavior analysis of a mechanical monoleaflet heart
valve prosthesis in the closing phase. ASME J. Biomech. Eng. 116:
452-459
Lee, C.S., Chandran, K.B. and Chen,
L.D.(1994) Cavitation dynamics of mechanical heart valve prostheses.
Artificial Organs 18: 758-767
Cheon, G.J. and Chandran, K.B.(1995)
Dynamics of mechanical monoleaflet heart valve prosthesis in the
closing phase: Effect of squeeze film. Annals of Biomedical Engineering
23: 189-197
Lee, C.S. and Chandran, K.B. (1995)
Numerical simulation of instantaneous backflow through central
clearance of bileaflet mechanical heart valves at the moment of
closure: shear stress and pressure fields within the clearance.
Medical and Biological Engineering and Computing 33: 257-263
Lee, C.S., Chandran, K.B. and Chen,
L.D.(1996) Cavitation dynamics of Medtronic Hall heart valve prostheses.
ASME J. Biomechanical Engineering 118:97-105
Lee, C.S., Aluri, S., and Chandran,
K.B.(1996) Effect of valve holder flexibility on cavitation initiation
with mechanical heart valve prostheses: An in vitro study. J.
Heart Valve Disease 5: 104-113
Chandran, K. B., Lee, C. S., Aluri,
S., Dellsperger, K. C., Schreck, S., and Wieting, D. W. (1996)
Pressure distribution near the occluders and impact forces on
the outlet struts of Bjork-Shiley Convexo-concave valves during
closing. J. Heart Valve Disease 5:199-206
Lindower, P.D., Dellsperger, K.C.,
Johnson, B., Chandran, K.B., and Vandenberg, B. F. (1996) Variability
of regurgitation in Björk-Shiley mitral valves and relationship
to disc occluder design: An in vitro two-dimensional color-Doppler
flow mapping study. J. Heart Valve Disease 5 (Suppl. II): S 178
- S 183
Chandran, K. B., Aluri, S. (1997)
Mechanical valve closing dynamics: Relationship between velocity
of closing, pressure transients and cavitation initiation. Annals
of Biomedical Engineering 25: 926-938
Chandran, K. B., Aluri, S. (1997)
Mechanical valve closing dynamics: Relationship between velocity
of closing, pressure transients and cavitation initiation. Annals
of Biomedical Engineering 25: 926-938
Chandran, K.B., Dexter, E. U., Srinivas,
A., Richenbacher, W. E.(1998) Negative pressure transients with
mechanical heart valve closure: Correlation between in vitro and
in vivo results. Annals of Biomedical Engineering 26: 546-556
Dexter, E.U., Aluri, S., Radcliffe,
R.R., Zhu, H., Carlson, D.D., Heilman, T.E., Chandran, K. B.,
Richenbacher, W.E. (1999) In vivo demonstration of cavitation
potential of a mechanical heart valve. ASAIO Journal 45: 436-441
Lim, W.L.,
Chew, Y.T., Chandran, K.B., Low, H.T., and Seng K.Y. (2000) In
vitro squeeze flow phenomenon at instant of mechanical valve
closure. Japanese Journal of Artificial Organs 3(2), 162-175
Aluri, S.
and Chandran, K. B. (2001) Numerical simulation of mechanical
mitral heart valve closure. Annals of Biomedical Engineering,
29: 665-676
Lai, Y.G.,
Chandran, K. B. and Lemmon, J. (2002) A numerical study of
mechanical heart valve closure fluid dynamics. J. Biomechanics
35:881-892
Cheng, R.,
Lai, Y., and Chandran, K. B. (2003) Two-dimensional
fluid-structure interaction simulation of bi-leaflet mechanical
heart valve flow dynamics. J. Heart Valve Disease 12: 772-780
Ghista, D.N., Advani, S.H., Gaonkar,
G.H., Chandran, K.B., and Brady, A. (1971) Analysis and Physiological
Monitoring of the Human Left Ventricle. J of Basic Engineering
pp. 147-152.
Chandran, K.B., Olshansky, B., Attarwala,
Y. and Skorton, D.J. (1984) Finite Element Analysis of 3-D Echocardiographic
Data in the Evauation of Diastolic Left Ventricular Function.
Automedica 5: 151-169.
Nikravesh, P.E., Skorton, D.J., Chandran,
K.B., Pandian, N.G. and Kerber, R.E. (1984) Computerized Three-dimensional
Finite Element Reconstruction of the Left Ventricule from Cross-sectional
Echocardiograms. Ultrasonic Imaging 6: 48-59.
McPherson, D.D., Skorton, D.J., Kodiyalam,
S., Petree, L., Noel, M.P., Kieso, R., Kerber, R.E., Collins,
S.M. and Chandran, K.B. (1987) Finite Element Analysis of Myocardial
Diastolic Function using Three-Dimensional Echocardiographic Reconstructions:
Application of a New Method for the Study of Acute Ischemia in
Dogs. Circulation Research 60:674-682.
Chandran, K.B., Wagle, V. Fisher,
D., Collins, S., Rumberger, J., McPherson, D.D., and Skorton,
D.J. (1989) A Note on the Finite Element Modeling of the Left
Ventricle. J. Eng. Mech., Technical Note, 118:1821-27.
Dove, E.L., Philip, K.P., McPherson,
D.D., Stanford, W. and Chandran, K.B. (1991) Quantitative shape
analysis of three-dimensional reconstruction of the canine heart
using cine CT. American J. of Cardiac Imaging 5:180-187.
Dove, E.L., Philip, K.P., McPherson,
D.D. and Chandran, K.B. (1991) Quantitative shape descriptors
of left ventricular cine CT images. IEEE-Transactions on Biomedical
Engineering 38:1256-1261.
Han, G., Chandran, K.B., Gotteiner,
N., Vonesh, M.,Joob, A., Greene, R., Lanza, G. and Mcpherson,
D.D.(1993) Application of finite element analysis with optimization
to assess the in vivo non-linear myocardial material properties
using echocardiographic imaging. Med. & Biol. Eng. & Computing
31:459-467.
Philip, K.P., Dove, E.L., McPherson,
D.D., Gotteiner, N.L., Stanford, W. and Chandran, K.B.(1994) The
fuzzy Hough transform- Feature extraction in medical images. IEEE
Transactions on Medical Imaging 13: 235-240.
Philip, K.P., Dove, E.L., McPherson,
D.D., Gotteiner, N.L., Vonesh, M.J., Stanford, W., Reed, J.E.,
Rumberger, J.A. and Chandran, K.B.(1994) Automatic detection of
myocardial contours in cine-computed tomographic images. IEEE
Transactions in Medical Imaging 13: 241-253.
Dove, E.L., Philip, K., Gotteiner,
N.L., Vonesh, M.J., Rumberger, J.A., Reed, J.E., Stanford, W.,
McPherson, D.D. and Chandran, K. B.(1994) A method for automatic
edge detection, volume computation and three-dimensional reconstruction
of the left ventricle from ultrafast computed tomographic images.
Investigative Radiology 29: 100-118.
Gotteiner, N.L., Han, G., Chandran,
K.B., Vonesh, M.J., Bresticker, M., Greene, R., Oba, J., Kane,
B.J., Joob, A. and McPherson, D.D.(1995) In vivo assessment of
non-linear myocardial deformation using finite element analysis
and three-dimensional echocardiographic reconstruction. Am. J.
Cardiac Imaging 9: 185-195.
Chandran, K. B., Vonesh, M. J., Roy,
A., Greenfield, S., Kane, B., Greene, R., and McPherson, D.D.(1996)
Computation of vascular flow dynamics from intravascular ultrasound
images. Medical Engineering & Physics 18:295-304.
Vonesh, M. J., Cho, C-H., Pinto Jr.,
J. V., Lee, D. S., Roth, S. I., Chandran, K. B., and McPherson,
D. D. (1997) Regional vascular mechanical property determination
using three-dimensional intravascular ultrasound and finite-element
analysis. American Journal of Physiology 272(Heart Circ. Physiol.
41): H425-H437.
Vonesh, M. J., Mockros, L. F., Davidson,
C. J., Chandran, K. B., and McPherson, D. D. (1997) Vascular acoustic
emission accompanying arterial injury and potential applications
to balloon angioplasty. Circulation 95: 1022-1029.
Vonesh, M. J., Mockros, L. F., Davidson,
C. J., Chandran, K. B., and McPherson, D. D.(1997) In-vitro identification
of angioplasty-induced injury using vascular acoustic emissions.
Annals of Biomedical Engineering 25: 882-895.
Chandran, K. B., Mun, J. H., Chen, J. S., Nagaraj, A., and
McPherson, D. D. (2001) Effect of residual stress on femoral
artery stress-strain behavior. Korean Society of Mechanical
Engineers International Journal 15: 965-973.
Mun, J.
H., Choi, K. K., Chen, J. S., Hamilton, A., Nagaraj, A.,
McPherson, D. D., and Chandran, K. B. (2003) A method for in
vivo analysis for regional arterial wall material property
alterations with atherosclerosis: Preliminary results. Medical
Engineering & Physics 25(4): 289-298.
Raghavan,
M. L., Trivedi, S., Nagaraj, A., McPherson, D. D., and Chandran,
K. B. (2004) Three-dimensional finite element analysis of
residual stress in arteries. Annals of Biomedical Engineering 32
(2): 257-263.