Add to ORKGThe main objective of this work is to present a methodology to assess the thermal necrosis in a dental model due a drilling process with and without water irrigation. An experimental methodology, using an infrared thermography camera, was used to measure the rate of temperature change during the drilling in a pig mandible. The finite element method is used with the Ansys program to compare the results with the experimental model. A simplified model was analyzed in a transient thermal process. Using appropriated boundary conditions, successful numerical results could be used as an alternative to the in-vivo models
Background: A few studies have investigated the influence of drilling on bone healing. Many factors ...
Summary. Overheating is constantly mentioned as a risk factor for bone necrosis that could compro-mi...
The aim of this study was to directly measure the temperature of the drill during implant site prepa...
Main goal of this work is to present a numerical model to study the thermal necrosis due a dental dr...
The main goal of this paper is to present a numerical model for studying the thermal necrosis due a ...
In this study, thermal analysis models are developed using FEM (finite element method) and analytica...
The purpose of this study was to experimentally measure and simulate thermal diffusion in the surrou...
This work aims to evaluate the generated temperature in bone tissue during a drilling process. Diffe...
Overheating is constantly mentioned as a risk factor for bone necrosis that could compromise the den...
The use of bone drill in the process of odontectomy and preparation of dental implant may increase t...
<p>The use of bone drill in the process of odontectomy and preparation of dental implant may increas...
The thermal bone necrosis induced during a drilling process is a frequent and potential phenomenon,...
Thermal injury during implant bed preparation has a major influence on implant osseointegration and ...
The aim of this study was to analyze and simulate the heat transfer in the human tooth undergoing fi...
PURPOSE The purpose of our study was to evaluate the impact of different irrigation fluid tempera...
Background: A few studies have investigated the influence of drilling on bone healing. Many factors ...
Summary. Overheating is constantly mentioned as a risk factor for bone necrosis that could compro-mi...
The aim of this study was to directly measure the temperature of the drill during implant site prepa...
Main goal of this work is to present a numerical model to study the thermal necrosis due a dental dr...
The main goal of this paper is to present a numerical model for studying the thermal necrosis due a ...
In this study, thermal analysis models are developed using FEM (finite element method) and analytica...
The purpose of this study was to experimentally measure and simulate thermal diffusion in the surrou...
This work aims to evaluate the generated temperature in bone tissue during a drilling process. Diffe...
Overheating is constantly mentioned as a risk factor for bone necrosis that could compromise the den...
The use of bone drill in the process of odontectomy and preparation of dental implant may increase t...
<p>The use of bone drill in the process of odontectomy and preparation of dental implant may increas...
The thermal bone necrosis induced during a drilling process is a frequent and potential phenomenon,...
Thermal injury during implant bed preparation has a major influence on implant osseointegration and ...
The aim of this study was to analyze and simulate the heat transfer in the human tooth undergoing fi...
PURPOSE The purpose of our study was to evaluate the impact of different irrigation fluid tempera...
Background: A few studies have investigated the influence of drilling on bone healing. Many factors ...
Summary. Overheating is constantly mentioned as a risk factor for bone necrosis that could compro-mi...
The aim of this study was to directly measure the temperature of the drill during implant site prepa...