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This test gives a basis for evaluating the load-bearing capability of a sandwich structure when loaded in compression. The specimen should be at least 50 mm wide and the length should be at least eight times its thickness. The ends of the specimen need to be perfectly flat and are often mounted in resin to ensure absolute flatness.
Strain gauges should be bonded to the two composite skins of the sandwich structure and the strains should be within 10% of each other.
The compressive strength of the sandwich structure is determined using: Where P is the maximum force and t is the skin thickness.
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offer an explanation for why cracking might have occurred. Give at least three suggestion on how to prevent this type of corrosion. You may supple with appropriate figures
The resistance of the strain gauges is usually measured with a Wheatstone bridge. All bridges have balancing circuits which can be apex or parallel. Both methods are equivalent.
Students are to undertake a tunnel blast design for the following conditions: • Tunnel is 5.5m wide by 5.5.m high • Rock is a granite with a UCS of 300 MPa • Drill hole diameter is
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In laser beam welding coalescence is produced by the heat obtained from the application of a concentrated coherent light beam impining upon the surface to be joined . It con
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