Merits and demerits of steel construction
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Advantages
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.2. Uniformity - Properties of steel do not change as appose to concrete 3. Elasticity Steel follows Hooke's law very accurately
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.2. Uniformity - Properties of steel do not change as appose to concrete 3. Elasticity Steel follows Hooke's law very accurately4. Ductility- can withstand extensive deformation without failure under high tensile stresses
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.2. Uniformity - Properties of steel do not change as appose to concrete 3. Elasticity Steel follows Hooke's law very accurately4. Ductility- can withstand extensive deformation without failure under high tensile stresses5. Toughness-steel has both strength and ductility
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.2. Uniformity - Properties of steel do not change as appose to concrete 3. Elasticity Steel follows Hooke's law very accurately4. Ductility- can withstand extensive deformation without failure under high tensile stresses5. Toughness-steel has both strength and ductility6. Maintain is strength indefinitely - does not deteriorate with age like timber and concrete
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.2. Uniformity - Properties of steel do not change as appose to concrete 3. Elasticity Steel follows Hooke's law very accurately4. Ductility- can withstand extensive deformation without failure under high tensile stresses5. Toughness-steel has both strength and ductility6. Maintain is strength indefinitely - does not deteriorate with age like timber and concrete7. Can be recycled
Advantages1. High Strength - This means that the weight of structure that made of steel will be small.2. Uniformity - Properties of steel do not change as appose to concrete 3. Elasticity Steel follows Hooke's law very accurately4. Ductility- can withstand extensive deformation without failure under high tensile stresses5. Toughness-steel has both strength and ductility6. Maintain is strength indefinitely - does not deteriorate with age like timber and concrete7. Can be recycled8. Very strong and flexible - steel framed houses are ideal in cyclone/hurricane prone regions.
Disadvantages
Disadvantages1. Maintenance Cost - steel structures are susceptible to corrosion when exposed to air, water, and humidity. They must be painted periodically.
Disadvantages1. Maintenance Cost - steel structures are susceptible to corrosion when exposed to air, water, and humidity. They must be painted periodically.2. Steel has very small resistance against fire as compared to concrete.
Disadvantages1. Maintenance Cost - steel structures are susceptible to corrosion when exposed to air, water, and humidity. They must be painted periodically.2. Steel has very small resistance against fire as compared to concrete.3. Fireproofing Cost- Steel is incombustible material, however, its strength is reduced tremendously at high temperatures due to common fires.
Disadvantages1. Maintenance Cost - steel structures are susceptible to corrosion when exposed to air, water, and humidity. They must be painted periodically.2. Steel has very small resistance against fire as compared to concrete.3. Fireproofing Cost- Steel is incombustible material, however, its strength is reduced tremendously at high temperatures due to common fires.4. Susceptibility to buckling- as the length and slenderness of a compressive
Disadvantages1. Maintenance Cost - steel structures are susceptible to corrosion when exposed to air, water, and humidity. They must be painted periodically.2. Steel has very small resistance against fire as compared to concrete.3. Fireproofing Cost- Steel is incombustible material, however, its strength is reduced tremendously at high temperatures due to common fires.4. Susceptibility to buckling- as the length and slenderness of a compressivecolumn is increase, its danger of buckling increases. 5. Fatigue The strength of structural steel member if this member is subjected to cyclic loading.
9. Heavy and thus expensive to transport
9. Heavy and thus expensive to transport10.Energy intensive to produce
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