Concrete Structural Design (Precast Concrete Structural Design and Application)

Available Dates

Dec-16-2024

London
Dec-30-2024

London
Jan-06-2025

London
Feb-03-2025

London
Mar-03-2025

London
Apr-07-2025

London
May-05-2025

London
June-02-2025

London
June-30-2025

London
July-07-2025

London
Aug-04-2025

London
Sep-01-2025

London
Sep-29-2025

London
Oct-06-2025

London
Nov-03-2025

London
Dec-01-2025

London
Dec-29-2025

London

Dates in Other Venues

Dec-09-2024

Paris
Dec-09-2024

Singapore
Dec-16-2024

Amsterdam
Dec-23-2024

Barcelona
Dec-23-2024

Dubai
Dec-30-2024

Istanbul
Dec-30-2024

Dubai
Jan-06-2025

Amsterdam
Jan-13-2025

Dubai
Jan-13-2025

Barcelona
Jan-20-2025

Istanbul
Jan-20-2025

Kuala Lumpur
Jan-27-2025

Paris
Jan-27-2025

Singapore
Feb-03-2025

Amsterdam
Feb-10-2025

Dubai
Feb-10-2025

Barcelona
Feb-17-2025

Istanbul
Feb-17-2025

Kuala Lumpur
Feb-24-2025

Paris
Feb-24-2025

Singapore
Mar-03-2025

Amsterdam
Mar-10-2025

Dubai
Mar-10-2025

Barcelona
Mar-17-2025

Kuala Lumpur
Mar-17-2025

Istanbul
Mar-24-2025

Singapore
Mar-24-2025

Paris
Apr-07-2025

Amsterdam
Apr-14-2025

Barcelona
Apr-14-2025

Dubai
Apr-21-2025

Kuala Lumpur
Apr-21-2025

Istanbul
Apr-28-2025

Paris
Apr-28-2025

Singapore
May-05-2025

Amsterdam
May-12-2025

Dubai
May-12-2025

Barcelona
May-19-2025

Kuala Lumpur
May-19-2025

Istanbul
May-26-2025

Paris
May-26-2025

Singapore
June-02-2025

Amsterdam
June-09-2025

Dubai
June-09-2025

Barcelona
June-16-2025

Istanbul
June-16-2025

Kuala Lumpur
June-23-2025

Paris
June-30-2025

Amsterdam
June-30-2025

Singapore
July-07-2025

Amsterdam
July-14-2025

Dubai
July-14-2025

Barcelona
July-21-2025

Kuala Lumpur
July-21-2025

Istanbul
July-28-2025

Paris
July-28-2025

Singapore
Aug-04-2025

Amsterdam
Aug-11-2025

Barcelona
Aug-11-2025

Dubai
Aug-18-2025

Kuala Lumpur
Aug-18-2025

Istanbul
Aug-25-2025

Paris
Aug-25-2025

Singapore
Sep-01-2025

Amsterdam
Sep-08-2025

Barcelona
Sep-08-2025

Dubai
Sep-15-2025

Kuala Lumpur
Sep-15-2025

Istanbul
Sep-22-2025

Paris
Sep-29-2025

Amsterdam
Sep-29-2025

Singapore
Oct-06-2025

Amsterdam
Oct-13-2025

Barcelona
Oct-13-2025

Dubai
Oct-20-2025

Istanbul
Oct-20-2025

Kuala Lumpur
Oct-27-2025

Paris
Oct-27-2025

Singapore
Nov-03-2025

Amsterdam
Nov-10-2025

Dubai
Nov-10-2025

Barcelona
Nov-17-2025

Kuala Lumpur
Nov-17-2025

Istanbul
Nov-24-2025

Paris
Nov-24-2025

Singapore
Dec-01-2025

Amsterdam
Dec-08-2025

Barcelona
Dec-08-2025

Dubai
Dec-15-2025

Kuala Lumpur
Dec-15-2025

Istanbul
Dec-22-2025

Paris
Dec-29-2025

Amsterdam
Dec-29-2025

Singapore

Course Details

LPC welcomes you at "Concrete Structural Design (Precast Concrete Structural Design and Application)" where we provide a deep understanding of the design, application, and innovation in precast concrete structures. Precast concrete is a versatile and widely used construction material known for its durability, efficiency, and aesthetic possibilities.

This course targets civil and structural engineers, architects, construction managers, and professionals in the construction industry aiming to deepen their expertise in precast concrete design and applications.

Throughout this intensive course, participants will explore fundamental and advanced aspects of precast concrete, including load-bearing capacity, material properties, connections and joints, reinforcement detailing, and architectural considerations. The course also delves into modern advancements such as high-performance concrete, 3D printing, and sustainability in construction.

By combining theoretical knowledge with practical applications, participants will be well-equipped to implement precast concrete solutions effectively in various structural contexts.

Understand Precast Concrete Fundamentals: Gain a comprehensive understanding of the properties and behavior of precast concrete materials.
Design Load-Bearing Structures: Analyze and design structures to optimize load-bearing capacity using precast elements.
Detail Reinforcements and Connections: Master the techniques for detailing reinforcement and designing efficient connections and joints.
Consider Thermal and Shrinkage Effects: Address thermal and shrinkage considerations in precast concrete design to enhance durability.
Incorporate Architectural Elements: Integrate architectural requirements seamlessly into precast concrete designs.
Apply in Various Structures: Design precast concrete elements for buildings, bridges, parking structures, infrastructure, modular construction, and architectural elements.
Embrace Innovations: Utilize advancements in fabrication, transportation, installation, and sustainability to improve efficiency and quality.
Utilize High-Performance Materials: Implement high-performance concrete and explore new technologies like 3D printing and self-consolidating concrete.

Structural Engineers
Civil Engineers
Construction Project Managers
Architects
Design Consultants
Quality Control Engineers
Construction Industry Professionals
Engineering Students and Researchers

Our courses in London are held at the LPC office located at:

LPC Oxford Street Offices: 25 N Row, London W1K 6DJ

London Head Office: 47 - 49 Park Royal Road, London NW10 7LQ

Once you register, we will subsequently send you the course details, including the location, trainer, and other logistical information.

Pay Attention, Please! The course location at our offices is subject to availability. Should our office be unavailable, we will secure an alternative nearby venue and promptly inform you of the change. The exact time and location will be confirmed one week prior to the course commencement.

Course Outline

5 days course

Day 1

Day 2

Day 3

Day 4

Day 5

Design Aspects and Structural Applications – Part 1

Introduction to the Course: Objectives, schedule, and overview of precast concrete design.
Load-Bearing Capacity: Fundamentals and analysis of load-bearing capacity in precast concrete structures.
Material Properties: Understanding the properties of precast concrete materials and their impact on structural performance.
Connections and Joints: Design principles for efficient and durable connections and joints in precast structures.
Tolerances and Fits: Ensuring precision in precast concrete components through proper tolerances and fits.

Design Aspects and Structural Applications – Part 2

Reinforcement Detailing: Techniques for effective reinforcement detailing to enhance structural integrity.
Thermal and Shrinkage Considerations: Addressing thermal expansion, contraction, and shrinkage in precast concrete.
Architectural Requirements: Integrating architectural aesthetics and functionality in precast concrete designs.
Applications in Buildings: Design principles for precast concrete in residential and commercial buildings.
Applications in Bridges: Structural considerations and design techniques for precast concrete bridges.

Design Aspects and Structural Applications – Part 3

Parking Structures: Designing durable and efficient parking structures using precast concrete.
Infrastructure Applications: Utilizing precast concrete in infrastructure projects such as tunnels, retaining walls, and utilities.
Modular Construction: Benefits and design strategies for modular precast concrete construction.
Architectural Elements: Designing decorative and functional architectural elements with precast concrete.

Application Aspects and Innovations – Part 1

Fabrication Quality: Ensuring high-quality fabrication processes for precast concrete elements.
Transportation Logistics: Planning and managing the transportation of precast components.
Installation Efficiency: Techniques to enhance installation speed and accuracy on site.
Speed of Construction: Leveraging precast concrete for rapid construction and project turnaround.

Application Aspects and Innovations – Part 2

Quality Control: Implementing rigorous quality control measures in precast concrete production and installation.
Sustainability: Strategies for incorporating sustainability into precast concrete design and construction.
Versatility and Cost Efficiency: Balancing versatility and cost efficiency in precast concrete projects.
High-Performance Concrete: Exploring the benefits and applications of high-performance concrete in precast structures.
3D Printing and Digital Fabrication: Innovations in 3D printing and digital fabrication techniques for precast concrete.
Self-Consolidating Concrete: Understanding the properties and applications of self-consolidating concrete in precast elements.

Concrete Structural Design (Precast Concrete Structural Design and Application)

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