Add to ORKGAn impact test of the crash of a hen egg and a computational simulation using Finite Element Analysis (FEA) have been implemented to determine the different types of failure occurred correlating with the values and the stress maps obtained in the computational simulation. The experimental procedure consists in releasing seventeen eggs from a height which determines the incident kinetic energy and hence the incident velocity while a Transitory Analysis was developed to simulate the dynamical impact of the eggshell on the floor. With the results obtained, a newly classification for the types of failure the eggshells was proposed.Peer Reviewe
In this study, experiments of bird impact with a flat plate are conducted at different striking velo...
Nowadays, bird impact against an aircraft implies high risk for human life safety. Aerospace field c...
At DLR Stuttgart, one of the activities of the "Structural Integrity" Department is the modelling an...
An impact test of the crash of a hen egg and a computational simulation using Finite Element Analysi...
With the aim of characterising the different stress patterns in several egg types and evaluating the...
Hen's eggshell behaviour at the impact on a rigid plate is studied. The critical impact velocity at ...
<p>CASE B: Impact of a egg in a rigid floor at 2000 mm/s. Crack and spill of the yolk. The egg bounc...
With the aim of characterising the different stress patterns in several egg types and evaluating the...
<p>CASE A: Impact of a egg in a rigid floor at 4000 mm/s. Total crash and spill of the yolk.</p> <p>...
Eggshell damage poses a serious problem for the consumption egg industry. Increasing the maximum age...
A numerical investigation of the structural–acoustic behaviour of a chicken egg was carried out. A t...
The modelling and analysis of high energy impact on aircraft structures is highly complex. Tradition...
Avian eggshells may break easily when impacted at a localized point; however, they exhibit impressiv...
In this article, biomechanical aspects of hen-s eggshell as a natural ceramic structure are studied....
Abstract: The material, form and geometric shape of egghavebeen designed in a way that nobody could ...
In this study, experiments of bird impact with a flat plate are conducted at different striking velo...
Nowadays, bird impact against an aircraft implies high risk for human life safety. Aerospace field c...
At DLR Stuttgart, one of the activities of the "Structural Integrity" Department is the modelling an...
An impact test of the crash of a hen egg and a computational simulation using Finite Element Analysi...
With the aim of characterising the different stress patterns in several egg types and evaluating the...
Hen's eggshell behaviour at the impact on a rigid plate is studied. The critical impact velocity at ...
<p>CASE B: Impact of a egg in a rigid floor at 2000 mm/s. Crack and spill of the yolk. The egg bounc...
With the aim of characterising the different stress patterns in several egg types and evaluating the...
<p>CASE A: Impact of a egg in a rigid floor at 4000 mm/s. Total crash and spill of the yolk.</p> <p>...
Eggshell damage poses a serious problem for the consumption egg industry. Increasing the maximum age...
A numerical investigation of the structural–acoustic behaviour of a chicken egg was carried out. A t...
The modelling and analysis of high energy impact on aircraft structures is highly complex. Tradition...
Avian eggshells may break easily when impacted at a localized point; however, they exhibit impressiv...
In this article, biomechanical aspects of hen-s eggshell as a natural ceramic structure are studied....
Abstract: The material, form and geometric shape of egghavebeen designed in a way that nobody could ...
In this study, experiments of bird impact with a flat plate are conducted at different striking velo...
Nowadays, bird impact against an aircraft implies high risk for human life safety. Aerospace field c...
At DLR Stuttgart, one of the activities of the "Structural Integrity" Department is the modelling an...