Modélisation d'un réservoir d'eau parallélépipédique en BA

🏭 Course Title: Modélisation d'un réservoir d'eau parallélépipédique en BA - Robot Structural Analysis GroupLayout: Sigma Formation Génie Civil | Instructor: Docteur Fakher HAMROUNI

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Course Headline: 🚀 "Mastering the Art of Structural Analysis with Real-World Water Reservoir Modeling"

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🏘️ Course Description:

The field of civil engineering is graced by a variety of hydraulic structures, among which are reservoirs designed to hold water (or other fluids). These structures typically come in rectangular, cylindrical, polygonal, or countless other forms. Whether buried or resting directly on the ground, or suspended by supports as in the case of elevated water tanks, these reservoirs serve a crucial role in managing our water resources.

In this comprehensive online course, "Modélisation d'un réservoir d'eau surélevé en béton armé avec Logiciel Robot", we delve into the intricacies of designing and analyzing a concrete reinforced water reservoir with dimensions that challenge contemporary design standards. Our focus is on a rectangular elevated reservoir with the following specifications:

• Width (A): 5m
• Length (L): 12m
• Height (h): 3.0m

With a maximum water level of 2m, this structure is designed to withstand various environmental conditions and loads. The reservoir's composition includes concrete slabs supported by the ground, with a foundation thickness of 40cm and a reinforced concrete wall thickness of 20cm.

Course Plan:

Partie I: Introduction to the Course

• Overview of the course structure and objectives
• Importance of structural analysis in civil engineering projects

Partie II: Mastering 3D Modeling with Robot

• Setting up the 3D model of our reservoir
• Understanding the interface and features of Robot Structural Analysis
• Tips for efficient modeling practices

Partie III: Applying Different Loads

• Identifying permanent and transient loads
• Simulating dead, live, and wind loads on the structure
• Ensuring all relevant loads are correctly applied in the model

Partie IV: Generating Load Combinations

• The art of creating realistic load combinations for ultimate safety
• Understanding code requirements and safety factors
• Using Robot to generate and evaluate these combinations

Partie V: Interpreting Results and Making Decisions

• Analyzing the output from Robot
• Making informed decisions based on structural performance data
• Finalizing design adjustments to meet all safety and functionality criteria

Why Choose This Course? 🌟

• Real-World Application: Learn through a practical approach by modeling an actual reservoir project.
• Expert Instruction: Gain insights from Dr. Fakher HAMROUNI, a renowned expert in the field of civil engineering and structural analysis.
• State-of-the-Art Software Training: Master the Robot Structural Analysis software, widely used by professionals worldwide.
• Hands-On Experience: Apply theoretical knowledge to real-life scenarios with step-by-step guidance.
• Peer Collaboration: Engage with peers in a collaborative learning environment, sharing insights and experiences.
• Certification: Earn a certificate of completion, showcasing your new skills and proficiency in structural analysis using Robot software.

Enroll Now to Transform Your Career in Civil Engineering! 🚀

Embark on a journey to become an expert in structural analysis by joining this course today. Unlock the secrets of designing resilient and efficient civil engineering structures, all from the comfort of your own environment. Let's shape the future of construction together! 🏗️💪

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Note: This course is designed for civil engineers, architects, and students with a background in structural design or related fields. A basic understanding of structural analysis principles is recommended before beginning this course.