Transmission of small pressure waves in the canine vena cava
Small pressure wave transmission in abdominal venae cavae of dogs in mathematical model development for viscoelastic behavior of large veins
Anliker, M.↗
Engineering topics
Ogden, E.
Publications and source records attributed to Ogden, E..
Nonlinear analysis of flow pulses and shock waves in arteries. II
Nonlinear analysis of arterial flow pulses and shock waves, simulating aortic insufficiency under pathological conditions by mathematical model
Anliker, M.↗
Nonlinear analysis of flow pulses and shock waves in arteries. I
Large amplitude wave propagation in arteries, deriving aorta mathematical model consistent with heart pressure and flow pulses and wavefront velocity
Anliker, M.↗
Theoretical analysis of nonlinear phenomena affecting the pressure and flow pulse in arteries
Method of characteristics for determining cardiovascular parameters of flow pressure in arteries
Anliker, M.↗
A mass measuring device for use with biological specimens in zero-gravity environment
Mass measuring device used on biological specimens in zero gravity environment, determining normal and disturbed physiological mechanisms
Dimeff, J.↗
The transmission characteristics of large and small pressure waves in the abdominal vena cava
Mechanical behavior of anesthetized dog abdominal vena cava from pressure wave transmission characteristics, discussing chemical and electrical stimuli
Anliker, M.↗
Transmission characteristics of axial waves in blood vessels.
Axial waves in blood vessels, determining phase velocities and damping, noting anisotropic behavior of artery wall
Anliker, M.↗
The transmission characteristics of large and small pressure waves in the abdominal vena cava
Behavior of venae cavae of dogs studied by measuring speed, attenuation and changes in wave form of induced pressure signals
Anliker, M.↗
Dispersion and attenuation of small artificial pressure waves in the canine aorta.
Elastic behavior of large blood vessels in canine aorta by measuring dispersion and attenuation of artificially induced pressure waves
Anliker, M.↗
Transmission characteristics of axial waves in blood vessels.
Axial waves in blood vessels, determining phase velocities and damping, noting anisotropic behavior of artery wall
Anliker, M.↗
Dispersion and attenuation of small artificial pressure waves in the aorta
Elastic behavior of canine aortae subjected to small sinusoidal pressure signals
Anliker, M.↗
Transmission characteristics of axial waves in blood vessels
Blood vessel axial wave propagation measurements to determine modulus of elasticity
Anliker, M.↗
Cardiac output and regional blood flow in conscious rats exposed to acute hypoxia
Cardiac output and regional blood flow in conscious rats exposed to acute hypoxia
Fast, T. N.↗
Effect of hypoxia on myocardium in heart-lung preparation
Effect of hypoxia on myocardium in starling heart lung preparations ventilated with mixtures of oxygen, nitrogen, and carbon dioxide
Nejad, N. S.↗
Effect of Blood Ph and CO2 Tension on the Performance of the Heart-lung Preparation
Blood pH and carbon dioxide tension effect on performance of heart-lung preparation
Nejad, N. S.↗
Effect of hypoxia on myocardium in heart-lung preparation.
Hypoxia effect on myocardium in heart-lung preparations by relating stroke work and left arterial pressure
Nejad, N. S.↗