what is the difference between tensile and compressive strength of bone? explain
what is the difference between tensile and compressive strength of bone? explain
Homework Answers
Tensile is increase in the length of the material or object in general and compressive means the decrease in the length. The bones in the body is made up of material with tensile strength which brings about the fracture toughness and structural material that's not good. The tensile contains the inorganic salts, calcium carbonate and collagen fibers. The process of calcification occurs only with presence of collagen fibers. Minerals hardens the bones and collagen provide softness tensility of the bone.
The compressive strength of bone is were the bone is formed in such a way to compress and not be tensile for instance covering of brain, vertebra, heart lungs which protects the internal organs.
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what is the difference between tensile and compressive strength
of bone? explain
Why are fillers added to polymers? A)To improve compressive strength. B)To improve toughness. C)To improve tensile...
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(a) What is meant by the terms strength and toughness? Describe the difference between yield strength and ultimate tensile strength, highlighting how they might be determined [6 marks] (b) If a torque of loo kNm is applied to a solid circular shaft of 150mm diameter, what is the maximum shearing stress generated within in material? (e) Where is this stress located with respect to the shaft?
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The shaft of the tibia is subjected to compressive forces. The length of the tibia shaft...
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4. Compressive strength testing performed on a concrete specimen at 28 days revealed a failure load...
4. Compressive strength testing performed on a concrete specimen at 28 days revealed a failure load of 90000 lb. Split tensile testing had a failure load of 22500 lb. The specimen is cylindrical with a 4" diameter and 8" length. Calculate the following: a. Con.pressive strength b. Tensile strength c. Moduli of rupture and elasticity.
Consider a study to determine the compressive strength of concrete blocks used for paving Two methods...
Consider a study to determine the compressive strength of concrete blocks used for paving Two methods of manufacturing concrete blocks are under investigation-method 1 (which is more expensive) and method 2. Research indicates that the greater the compressive strength of concrete, the greater the durability of a concrete block. Therefore the question is which if either, of the two methods produces greater compressive strength. In addition, the manufacturer considers that an average difference between the methods of less than 500...
Consider a study to determine the compressive strength of concrete blocks used for paving Two methods...
Consider a study to determine the compressive strength of concrete blocks used for paving Two methods of manufacturing concrete blocks are under investigation- method 1 (which is more expensive) and method 2. Research indicates that the greater the compressive strength of concrete, the greater the durability of a concrete block. Therefore the question is which one, if either, of the two methods produces greater compressive strength. In addition, the manufacturer considers that an average difference between the methods of less...
if the beam is made from a material having an allowable tensile and compressive stress of...
if the beam is made from a
material having an allowable tensile and compressive stress of (125
MPa tensile) and (150 MPa compressive), determine the maximum
allowable internal moment M that can be applied to the beam.
Consider the compressive strength data 6-2. What propotion of thespecimens exhibit compressive strength of at least...
Consider the compressive strength data 6-2. What
propotion of thespecimens exhibit compressive strength of at least
1379 KN/m^2?
■ TABLE 62 Compressive Strength (in psi) of 80 Aluminum-Lithium Alloy Specimens 105 97 245 163 207 134 218 199 160 196 221 154 228 131 180 178 157 151 175 201 183 153 174 154 190 76 101 142 149 200 186 174 199 115 193 167 121 120 181 160 194 184 165 145 160 150 181 168 158 208...
(a) What is meant by the terms strength and toughness? Describe the difference between yield strength and ultimate tensile strength, highlighting how they might be determined [6 marks] (b) If a torque of loo kNm is applied to a solid circular shaft of 150mm diameter, what is the maximum shearing stress generated within in material? (e) Where is this stress located with respect to the shaft?
4. Compressive strength testing performed on a concrete specimen at 28 days revealed a failure load of 90000 lb. Split tensile testing had a failure load of 22500 lb. The specimen is cylindrical with a 4" diameter and 8" length. Calculate the following: a. Con.pressive strength b. Tensile strength c. Moduli of rupture and elasticity.
Consider a study to determine the compressive strength of concrete blocks used for paving Two methods of manufacturing concrete blocks are under investigation-method 1 (which is more expensive) and method 2. Research indicates that the greater the compressive strength of concrete, the greater the durability of a concrete block. Therefore the question is which if either, of the two methods produces greater compressive strength. In addition, the manufacturer considers that an average difference between the methods of less than 500...
Consider a study to determine the compressive strength of concrete blocks used for paving Two methods of manufacturing concrete blocks are under investigation- method 1 (which is more expensive) and method 2. Research indicates that the greater the compressive strength of concrete, the greater the durability of a concrete block. Therefore the question is which one, if either, of the two methods produces greater compressive strength. In addition, the manufacturer considers that an average difference between the methods of less...
if the beam is made from a
material having an allowable tensile and compressive stress of (125
MPa tensile) and (150 MPa compressive), determine the maximum
allowable internal moment M that can be applied to the beam.
Consider the compressive strength data 6-2. What
propotion of thespecimens exhibit compressive strength of at least
1379 KN/m^2?
■ TABLE 62 Compressive Strength (in psi) of 80 Aluminum-Lithium Alloy Specimens 105 97 245 163 207 134 218 199 160 196 221 154 228 131 180 178 157 151 175 201 183 153 174 154 190 76 101 142 149 200 186 174 199 115 193 167 121 120 181 160 194 184 165 145 160 150 181 168 158 208...
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