Examples of 'flexural modulus' in a sentence
Meaning of "flexural modulus"
Flexural modulus, also known as bending modulus, is a mechanical property used to measure the stiffness or rigidity of a material when subjected to bending. It quantifies a material's resistance to deformation under bending stress and is commonly used to assess the performance and suitability of materials in structural applications, such as beams, columns, or other components that experience bending forces
How to use "flexural modulus" in a sentence
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flexural modulus
The flexural modulus is higher in most cases.
Flexural strength and flexural modulus were measured.
The flexural modulus characterizes the tendency of a material to bend.
These values compare favorably with the flexural modulus of polypropylene.
In addition the flexural modulus and impact strength were measured.
As a measure for the stiffness of a material may serve its flexural modulus.
Flexural modulus was significantly impacted.
The measuring method of the flexural modulus is defined in the example section.
Flexural modulus and strength tests were performed as described previously.
The composition typically has a flexural modulus similar to other extrudable polymers.
The flexural modulus of this known composite is however not satisfactory.
These impact copolymers have similar flexural modulus to the random copolymers.
Flexural modulus decreases with the increase of the amount of plasticizer.
For instance the stiffness in terms of flexural modulus is comparable to known products.
The flexural modulus shows the tendency for a material to bend.
See also
Greater amounts of chain extender generally produce a higher flexural modulus elastomer.
Flexural modulus test.
It is another objective of this invention to produce a high apparent flexural modulus marker.
The flexural modulus of polystyrene particle rods was later shown to evolve in time.
These compositions were characterised by a high impact strength and a high flexural modulus.
The flexural modulus is a ratio of measured stress to strain during a flexing deformation.
The normalized modulus is calculated as the ratio of flexural modulus and density.
The longitudinal flexural modulus and longitudinal flexural strength of the samples were tested.
The result evaluated by the average of five samples is used as a flexural modulus.
A flexible material has a lower flexural modulus than the rigid material described below.
The products have high elasticity or high crystallinity and high flexural modulus.
The impact strength and flexural modulus of these compositions are significantly improved over known materials.
This is achieved without significantly impacting the flexural modulus of the membrane.
The preferred high values for Flexural Modulus indicate excellent stiffness of the heterophasic polypropylene composition.
The addition of a plasticizer to a semiaromatic polyamide allows the flexural modulus to be lowered significantly.
The flexural modulus of PLA is higher than polystyrene and PLA has good heat sealability.
Embodiments of inventive compositions show improvement in the flexural modulus compared to known compositions.
Flexural modulus test for base resin or pellet thereof,.
This illustrates the affect of concentration of a certain particulate inorganic solid on flexural modulus.
Increasing compression ratio can also increase the flexural modulus of an extruded product containing filler.
The flexibility of a material forming the application member may be characterized by its flexural modulus.
Compositions of this kind present a good compromise between flexural modulus of elasticity and impact strength.
More specifically, the flexural modulus of polystyrene is superior to that of polypropylene.
The result again showed less lifting force as the flexural modulus is increased.
Also the specimens for the flexural modulus and hardness Shore D were cut from these plaques.
These materials can also exhibit excellent fiexural strength and flexural modulus characteristics.
To failure Flexural modulus at.
Flexural modulus is a measure of flexibility, and smaller value means superior flexibility.
The presence of the filler contributes towards the flexural modulus of the cured binder system.
Typically, when flexural modulus is higher, it is expected that impact strength is lower.
In yet another embodiment the outer wall exhibits a higher flexural modulus than the inner wall.
The higher the flexural modulus is, the higher the rigidity is.
Furthermore, evaluated mechanical properties of flexural strength, flexural modulus and stiffness.
FM means flexural modulus.
For example, a thinner chamber wall may be appropriate at a higher flexural modulus.
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