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High Performance Concrete by Pierre-Claude Aïtcin Book Details
| Book Name | High Performance Concrete |
| Author | Pierre-Claude Aïtcin |
| Category | Civil Engineering Books, Education Books |
| Book Language | English |
| Pages | 623 |
| ISBN | 0419192700 |
| Country | India |
| Book Size | 13 MB |
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About High Performance Concrete by Pierre-Claude Aïtcin Book
High Performance Concrete (HPC) is an advanced type of concrete that exhibits superior mechanical, durability, and aesthetic properties compared to traditional concrete mixes. It is designed to meet specific performance requirements for applications where standard concrete might not suffice due to factors such as structural demands, exposure to harsh environments, or architectural considerations. HPC is widely used in construction projects that demand exceptional strength, durability, and aesthetics.
Key characteristics and features of High Performance Concrete include:
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Compressive Strength: HPC typically has higher compressive strength compared to traditional concrete. This increased strength allows for the construction of more slender and lightweight structures.
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Durability: HPC is designed to withstand aggressive environments, including exposure to chemicals, freeze-thaw cycles, and abrasion. This enhanced durability extends the service life of structures.
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Low Permeability: HPC has reduced permeability, which means it is less susceptible to water penetration, moisture-related damage, and chloride ion ingress. This is particularly beneficial in marine environments or structures exposed to deicing salts.
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Workability: Despite its enhanced properties, HPC can maintain good workability, allowing it to be placed and shaped effectively during construction.
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Flexural Strength: HPC often exhibits better flexural strength, making it suitable for applications where the structure might experience bending or torsion forces.
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Reduced Shrinkage and Creep: HPC can show reduced shrinkage and creep characteristics compared to standard concrete, which helps prevent cracking and deformation over time.
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High Early Strength: Some HPC mixes develop high early strength, allowing for faster construction schedules and quicker post-construction serviceability.
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Aesthetics: HPC can achieve smoother finishes, sharper edges, and more intricate architectural details due to its superior workability and surface quality.
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Mix Design: HPC mix designs often involve the use of high-quality aggregates, mineral admixtures (such as fly ash or silica fume), and chemical admixtures (such as superplasticizers) to achieve desired performance.
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Testing and Quality Control: Production of HPC requires stringent quality control measures and testing to ensure that the desired performance characteristics are achieved.
HPC finds applications in a wide range of structures, including high-rise buildings, bridges, tunnels, dams, marine structures, and architectural features. However, producing HPC can be more challenging due to the need for precise materials, mix design, and quality control. Additionally, the cost of materials and construction may be higher than traditional concrete due to the use of specialized additives and quality requirements.
Overall, High Performance Concrete offers a way to create structures that are not only strong and durable but also aesthetically pleasing and well-suited to demanding environments, contributing to the advancement of modern construction practices.
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