Online English Summarizer tool, free and accurate!
Viscoelasticity of multicellular system represents a product of energy storage and dissipation during cell rearrangement under various stress or strain conditions and should be considered in the context of cellular ability to relax obtained at various time scales.Because of its viscoelastic nature, the stress response at any instant of time depends not only on the tissue strain at that time, but also on the history of the deformation.The basic concept of viscoelasticity in the context of linear models for (1) viscoelastic liquids such as the Maxwell model and the Jeffreys model and (2) viscoelastic solids such as the Kelvin-Voigt model, The Zener model, and The Four-parameter model, and (3) the model for describing jamming state were discussed.Soft tissues also exhibit considerable hysteresis under a cyclic load, i.e. the stress-strain curve shows two distinct paths during the loading and unloading cycle .Time domain corresponds to stress and strain change versus time while the frequency domain corresponds to interrelation between storage and loss moduli versus angular velocity.General characteristics of viscoelastic solids and viscoelastic liquids were extracted from this analysis and considered on various in vitro experimental systems.Various scenarios of relaxation are described by various constitutive models and can be considered in the time domain and frequency domain.When a tissue is stretched to a certain strain level and kept constant, the stress gradually decreases with time .Alternatively, when the tissue is stretched to a certain stress level and then kept constant, its strain increases with time .o Viscoelasticity describes time-dependent mechanical properties.Soft tissues consist of both solid and fluid, and behave as viscoelastic material.It is necessary to consider and specify the strain rate or load rate when conducting tests and reporting the results.The mechanical properties are strain-rate-dependent.With increasing strain rate, the material becomes stiffer and stronger.Skin tissues show stress relaxation under constant strain and creep under constant stress.This phenomenon is called stress relaxation.This phenomenon is called creep.
Viscoelasticity of multicellular system represents a product of energy storage and dissipation during cell rearrangement under various stress or strain conditions and should be considered in the context of cellular ability to relax obtained at various time scales. Various scenarios of relaxation are described by various constitutive models and can be considered in the time domain and frequency domain. Time domain corresponds to stress and strain change versus time while the frequency domain corresponds to interrelation between storage and loss moduli versus angular velocity. The basic concept of viscoelasticity in the context of linear models for (1) viscoelastic liquids such as the Maxwell model and the Jeffreys model and (2) viscoelastic solids such as the Kelvin–Voigt model, The Zener model, and The Four-parameter model, and (3) the model for describing jamming state were discussed. General characteristics of viscoelastic solids and viscoelastic liquids were extracted from this analysis and considered on various in vitro experimental systems.
• Viscoelasticity describes time-dependent mechanical properties. Soft tissues consist of both solid and fluid, and behave as viscoelastic material. The mechanical properties are strain-rate-dependent. With increasing strain rate, the material becomes stiffer and stronger. It is necessary to consider and specify the strain rate or load rate when conducting tests and reporting the results. Skin tissues show stress relaxation under constant strain and creep under constant stress. When a tissue is stretched to a certain strain level and kept constant, the stress gradually decreases with time . This phenomenon is called stress relaxation. Alternatively, when the tissue is stretched to a certain stress level and then kept constant, its strain increases with time . This phenomenon is called creep. Soft tissues also exhibit considerable hysteresis under a cyclic load, i.e. the stress–strain curve shows two distinct paths during the loading and unloading cycle . Because of its viscoelastic nature, the stress response at any instant of time depends not only on the tissue strain at that time, but also on the history of the deformation.
Summarize English and Arabic text using the statistical algorithm and sorting sentences based on its importance
You can download the summary result with one of any available formats such as PDF,DOCX and TXT
ٌYou can share the summary link easily, we keep the summary on the website for future reference,except for private summaries.
We are working on adding new features to make summarization more easy and accurate
Drainage : évacuation spontanée ou facilitée par un réseau de drains ou de fossés, de l'eau en excès...
الفصل التمهيدي يقدم نظرة عامة على أساليب شغل الوظائف العامة في القانون المصري، ويحدد بعض القوانين وا...
في عصر السرعة الذي نعيش فيه، انتشرت مطاعم الوجبات السريعة بشكل كبير، ويعتقد الكثير أن الوجبات السريع...
تعود "آن" وعيونها حمراء إلى المنزل بعد اليوم األخير من المدرسة ، وال تزال تبكي بسبب رحيل معلمها السي...
Особенностью гражданской войны в России было ее тесное переплетение с антисоветской военной интервен...
بالإضافة إلى الوقود الأحفوري والمصادر المتجددة، يمكن أيضًا توليد الكهرباء من خلال محطات الطاقة النوو...
ومع ذلك، فإن التعصب في المرحلة الراهنة، ظاهرة عالمية أكثر من مراحل سابقة، وهذا التعصب يأخذ أشكالاً م...
من الذكاء الاصطناعي، إلا أن هذه التطورات تثير بعض التساؤلات والتحديات. من أبرز التحديات التي تواجهها...
Caitlin Clark struggles early in WNBA debut before scoring 20 points in Fever’s loss to Connecticut....
In Edgar Allan Poe's short story "The Tell-Tale Heart," the unreliable narrator plays ...
Providing the shortest path to the civil defense center to reach the incident area more quickly and ...
الذكاء الاصطناعي (AI) هو مجال علوم الكمبيوتر المخصص لحل المشكلات المعرفية المرتبطة عادةً بالذكاء الب...