Of cobalt based alloys, Titanium based alloys or hydroxyapatite, which would display the highest degree of...

Of cobalt based alloys, Titanium based alloys or hydroxyapatite, which would display the highest degree of viscoelastic behavior? Discuss the theories of healing of hard tissue under load & explain how this phenomenon can be exploited in improving the rate of healing.

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samet mamat answered 1 year ago

Explain how alloys based on the base material titanium and nickel can be cured. What curing...

Explain how alloys based on the base material titanium and nickel can be cured. What curing mechanisms can be used and what are the most important mechanism (creating the most stretch limit increase) that can be created through heat treatments and how do they disrupt the mechanism in each system?

The metal titanium, which is useful in making alloys to resist high temperatures and extremely corrosive...

The metal titanium, which is useful in making alloys to resist high temperatures and extremely corrosive environments, adopts two crystal structures – close-packed hexagonal (α-phase) at room temperature and body-centred cubic (β-phase) above 882 °C. Under favourable circumstances, the α phase can dissolve up to 32 atomic % (nearly 15 wt %) of oxygen whereas the β phase can dissolve very little oxygen at the transition temperature (882 °C) and a little more at higher temperatures. Oxygen atoms have a...

Title: Titanium Alloy Database Table: Table 5b. Creep and Stress Rupture Properties of Titanium Alloys -...

Title: Titanium Alloy Database Table: Table 5b. Creep and Stress Rupture Properties of Titanium Alloys - Stress for Creep Extension & Rupture (Metric Units) alloy type common alloy name alloy alias ASTM grade UNS no. condition product form product thickness (mm) test temperature (°C) rupture time (s) stress to produce 0.1% strain (MPa) stress to produce 0.2% strain (MPa) stress to produce 0.5% strain (MPa) stress to produce 1.0% strain (MPa) stress to produce 2.0% strain (MPa) stress to produce...

Which environment separated by the respiratory membrane would display the highest oxygen partial pressure? A)Pulmonary capillary...

Which environment separated by the respiratory membrane would display the highest oxygen partial pressure? A)Pulmonary capillary blood B) Alveolar air PLEASE EXPLAIN

Cast-cobalt alloys quite common in manufacturing industry. Describe in details about it.

Determine the composition of each of the following cobalt alloys. a)One-third of the Co atoms are...

Determine the composition of each of the following cobalt alloys. a)One-third of the Co atoms are replaced by Zn atoms. b) One-eighth of the Co atoms are replaced by Ti atoms. c)One-third of the Co atoms are replaced by Zn atoms and one-sixth of the Co atoms are replaced by Ti atoms. percent by mass of each

Determine the composition of each of the following cobalt alloys. (Percent by mass) A). One-third of...

Determine the composition of each of the following cobalt alloys. (Percent by mass) A). One-third of the Co atoms are replaced by Zn atoms. B). One-eighth of the Co atoms are replaced by Ti atoms. C). One-third of the Co atoms are replaced by Zn atoms and one-sixth of the Co atoms are replaced by Ti atoms.

Suppose you work for the Pittsburgh Steel Company. Your company specializes in rolling specialty steel alloys and titanium.

Suppose you work for the Pittsburgh Steel Company. Your company specializes in rolling specialty steel alloys and titanium. Material is purchased in slabs that may be up to 6 inches thick and is rolled into plates (about 0.5 inches thick) and sheets (.060 to 0.25 inches thick). Pittsburgh Steel Company's marketing strategy is to fill smaller orders that their competitors cannot produce profitably and to specialize in orders for materials that are difficult to process (like certain steel alloys, etc.)...

Explain the difference between heat treatable aluminum alloys and work hardenable aluminum alloys. Which is more...

Explain the difference between heat treatable aluminum alloys and work hardenable aluminum alloys. Which is more easily cold worked? Why?

1. What are the age hardening alloy systems in Al-based alloys based on classification of major...

1. What are the age hardening alloy systems in Al-based alloys based on classification of major alloyingsystems for Al-based alloys? 2.In alloy system of Al - 4.4%Cu - 0.8%Si - 0.8%Mn - 0.5%Mg which is commonly used for aircraft structures, sketch and explain all transformation stages during age hardening. What is the driving mechanism for each step?

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