900 L 700 a+L B+L 500 300 a+ß 100 1 20 2 8 \80 72 Composition (wt%B) 40 60 92 97 Figure 2 Phase Diagram A/B Alloy For the alloy system shown in Figure 2, the mechanical properties of three equilibrium- cooled alloys are provided in the table below. Alloy composition Tensile strength, MPa Ductility % 98% A-2% B 210 40 28% A – 72% B 480 18 3% A – 97% B 280 8 Determine in detail 1. the tensile strength and the ductility of an equilibrium cooled alloy containing 50% metal B at the room temperature. 2. the B% to gain an alloy having strength of 350 MPa at room temperature? 3. why high percent of B metal is not desirable? Explain Temperature (C)
900 L 700 a+L B+L 500 300 a+ß 100 1 20 2 8 \80 72 Composition (wt%B) 40 60 92 97 Figure 2 Phase Diagram A/B Alloy For the alloy system shown in Figure 2, the mechanical properties of three equilibrium- cooled alloys are provided in the table below. Alloy composition Tensile strength, MPa Ductility % 98% A-2% B 210 40 28% A – 72% B 480 18 3% A – 97% B 280 8 Determine in detail 1. the tensile strength and the ductility of an equilibrium cooled alloy containing 50% metal B at the room temperature. 2. the B% to gain an alloy having strength of 350 MPa at room temperature? 3. why high percent of B metal is not desirable? Explain Temperature (C)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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