Monografie
Poröse Medien : ein kontinuumsmechanisches Modell auf Basis der Mischungstheorie
- Ausgabe
-
Neuauflage der Originalarbeit
- Sprache
-
Deutsch
- Umfang
-
VII, 221 Seiten
- ISBN
-
978-3-937399-25-6
- Identifier
-
1088575064
- Reihe
-
Bericht / Lehrstuhl II, Institut für Mechanik (Bauwesen), Universität Stuttgart; Nr. II-22
Thema
Hochschulschrift
Beteiligte Personen und Organisationen
- Inhaltsverzeichnis
- Rechteinformation
-
Der Zugriff auf Teile des Objekts ist unbeschränkt möglich.
- Letzte Aktualisierung
-
15.04.2024, 08:54 MESZ
Objekttyp
- Monografie
Ähnliche Objekte (12)
Growth, modelling and remodelling of biological tissue
Multi-field modelling and simulation of the human hip joint
Growth, modelling and remodelling of biological tissue
Coupled problems in the mechanics of multi-physics and multi-phase materials
Damage in multi-phasic materials computed with the extended finite-element method
Carbon-dioxide storage in the subsurface : a fully coupled analysis of transport phenomena and solid deformation
Extended modelling of the multiphasic human brain tissue with application to drug-infusion processes
Saturated porous media dynamics with application to earthquake engineering
Damage in multi-phasic materials computed with the extended finite-element method
Extended modelling of the multiphasic human brain tissue with application to drug-infusion processes
Multi-field modelling and simulation of the human hip joint
Thermomechanical modelling of non-isothermal porous materials with application to enhanced geothermal systems
Growth, modelling and remodelling of biological tissue
Multi-field modelling and simulation of the human hip joint
Growth, modelling and remodelling of biological tissue
Coupled problems in the mechanics of multi-physics and multi-phase materials
Damage in multi-phasic materials computed with the extended finite-element method
Carbon-dioxide storage in the subsurface : a fully coupled analysis of transport phenomena and solid deformation
Extended modelling of the multiphasic human brain tissue with application to drug-infusion processes
Saturated porous media dynamics with application to earthquake engineering
Damage in multi-phasic materials computed with the extended finite-element method
Extended modelling of the multiphasic human brain tissue with application to drug-infusion processes
Multi-field modelling and simulation of the human hip joint
Thermomechanical modelling of non-isothermal porous materials with application to enhanced geothermal systems
Growth, modelling and remodelling of biological tissue
Multi-field modelling and simulation of the human hip joint
Growth, modelling and remodelling of biological tissue
Coupled problems in the mechanics of multi-physics and multi-phase materials
Damage in multi-phasic materials computed with the extended finite-element method
Carbon-dioxide storage in the subsurface : a fully coupled analysis of transport phenomena and solid deformation
Extended modelling of the multiphasic human brain tissue with application to drug-infusion processes
Saturated porous media dynamics with application to earthquake engineering
Damage in multi-phasic materials computed with the extended finite-element method
Extended modelling of the multiphasic human brain tissue with application to drug-infusion processes
Multi-field modelling and simulation of the human hip joint