Add to ORKGIn this paper, current understanding of tear film physiology and mathematical models for some its dynamics are discussed. First, a brief introduction to the tear film and the ocular surface is given. Next, mathematical models for the tear film are discussed, with an emphasis on models that describe the formation and relaxation of the tear film from blinking. Finally, future issues in tear film modeling are listed
In this paper we present a mathematical model describing the effect of polar lipids on the evolution...
Based on lubrication theory, an elastohydrodynamic model of the human tear film is presented. Using ...
A mathematical model is developed to investigate the two-dimensional variations in the thickness of ...
In this paper, current understanding of tear film physiology and mathematical models for some its dy...
In this paper, current understanding of tear film physiology and mathematical models for some its dy...
Abstract In this paper, current understanding of tear film physiology and mathematical models for so...
The human tear film is rapidly established after each blink, and is essential for clear vision and e...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
A mathematical model is developed to investigate the two-dimensional variations in the thickness of ...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
Braun, Richard J.The human tear film is a multilayer thin film that spreads on the ocular surface. I...
In this paper we present a mathematical model describing the effect of polar lipids on the evolution...
Based on lubrication theory, an elastohydrodynamic model of the human tear film is presented. Using ...
A mathematical model is developed to investigate the two-dimensional variations in the thickness of ...
In this paper, current understanding of tear film physiology and mathematical models for some its dy...
In this paper, current understanding of tear film physiology and mathematical models for some its dy...
Abstract In this paper, current understanding of tear film physiology and mathematical models for so...
The human tear film is rapidly established after each blink, and is essential for clear vision and e...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
A mathematical model is developed to investigate the two-dimensional variations in the thickness of ...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
This paper investigates the deposition of the tear film on the cornea of the human eye. The tear fil...
Braun, Richard J.The human tear film is a multilayer thin film that spreads on the ocular surface. I...
In this paper we present a mathematical model describing the effect of polar lipids on the evolution...
Based on lubrication theory, an elastohydrodynamic model of the human tear film is presented. Using ...
A mathematical model is developed to investigate the two-dimensional variations in the thickness of ...