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What type of material is reinforced concrete?
Concrete is composed of cement and other cementitious materials such as fly ash and slag cement, coarse aggregate made of crushed stone, fine aggregate such as sand, water, and chemical admixtures. In reinforced concrete, steel is introduced in to the concrete. In plain concrete, no steel reinforcement is introduced. Generally tensile and compressive strength is taken by reinforced concrete and only compressive strength is taken by plain concrete
A bent rod to resist shear and diagonal stresses in a concrete beam is called?
STIRRUPS
What is modular ratio in rcc?
In reinforced concrete construction, the modular ratio refers to the modulus of elasticity of concrete to that of steel. It is used in structural design calculations to determine distribution of stresses between concrete and steel in beams and columns.
What is full prestressing?
It is the one in which tensile stresses in the concrete are entirely obviated at working loads by having sufficiently high pre-stress in the member.
What is the effect of over reinforcement in the concrete structur?
Over-reinforcement in concrete structures can lead to a reduction in ductility and increased brittleness, making the structure more susceptible to sudden failure under load. It can also create internal stresses that may cause cracking or spalling of the concrete cover. Additionally, this condition may compromise the intended design performance, leading to safety issues and potential structural collapse. Proper design and adherence to reinforcement guidelines are essential to prevent these adverse effects.
What is reinforced concrete used for?
Actually concrete is not very good in tension therefore we have to introduce reinforcement which takes care of the tensile stresses. If we don't provide reinforcement, concrete will start showing cracks wherever tensile stresses overcome the concrete tensile strength.
What is internal equilibrium?
The internal equilibrium is a balance condition between internal forces and the commulative integrated stresses.
What has the author Vernon Peter Jensen written?
Vernon Peter Jensen has written: 'Ultimate strength of reinforced concrete beams as related to the plasticity ratio of concrete' -- subject(s): Reinforced concrete, Girders, Testing, Strains and stresses 'Highway slab-bridges with curbs' -- subject(s): Girders, Bridges, Concrete, Strains and stresses, Concrete Bridges 'Solutions of certain rectangular slabs continuous over flexible supports' -- subject(s): Girders, Bridges, Concrete, Strains and stresses, Concrete Bridges
What type of material is reinforced concrete?
Concrete is composed of cement and other cementitious materials such as fly ash and slag cement, coarse aggregate made of crushed stone, fine aggregate such as sand, water, and chemical admixtures. In reinforced concrete, steel is introduced in to the concrete. In plain concrete, no steel reinforcement is introduced. Generally tensile and compressive strength is taken by reinforced concrete and only compressive strength is taken by plain concrete
Why is annealing done?
Annealing can bring about ductility, soften material and it relieves internal stresses, This will improve the ability to work the metals when they are cold i.e. when bending steel in presses to make metal frames etc
A bent rod to resist shear and diagonal stresses in a concrete beam is called?
STIRRUPS
What was a building introduced by the Romans?
The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.
What are the problems associated with heat of hydration?
Some problems associated with heat of hydration include potential cracking and reduced strength of concrete due to rapid heat generation during the hydration process. Excessive heat can also lead to thermal gradients within the concrete, which can cause internal stresses and weaken the structure. Controlling the heat of hydration is important to ensure the durability and performance of the concrete.
What was the building technique introduced by the Romans?
The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.
What was a building technique introduced by Romans?
The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.The main building technique introduced by the Romans was the dome. Their invention of various weights of concrete made this possible.
What has the author Eivind Hognestad written?
Eivind Hognestad has written: 'What do we know about diagonal tension and web reinforcement in concrete?' -- subject(s): Shear (Mechanics), Concrete beams, Reinforced concrete construction, Strains and stresses
How internal stresses are induced during quenching?
they simply ar. just by thermal and struxtural means
