Базовый курс по строительной механике (строймех)

Looking to master the analysis of statically determinate structures? Our comprehensive course provides you with the skills to confidently solve problems involving beams, frames, trusses, and arches. This course features 28 video lessons with detailed solutions for each structural element.

Section 1: Beam Analysis (11 Video Lessons)

This section dives deep into beam calculations, covering essential topics such as:

• Classical Beam Calculation: Learn the fundamental principles of analyzing simple beams.
• Continuous Beam Analysis: Master the techniques for analyzing continuous beams and cantilever beams.
• Finding Extrema: Understand how to identify maximum and minimum bending moments and shear forces.
• Influence Lines: Learn to construct influence lines using both simplified and detailed methods, including applications to continuous beams.
• Force Determination via Influence Lines: Accurately determine internal forces using influence lines.
• Optimal Placement of Connected Loads: Identify the most efficient location for applying connected loads.
• Method of Sections: Gain proficiency in using the method of sections for beam analysis.
• Autocad Beam Design: Learn to model and analyze continuous beams within AutoCAD.

Section 2: Frame Analysis (10 Video Lessons)

This section focuses on frame analysis, covering various frame types and loading scenarios:

• Simple Frame Calculation: Learn to analyze and design simple frames.
• Three-Hinged Frame Calculation: Master the analysis of three-hinged frames.
• Stiffened Frame Calculation: Understand the principles of analyzing frames with stiffeners.
• Inclined Frame Calculation: Learn to analyze frames with inclined members.
• Plan View Schematics: Develop skills in creating accurate plan view schematics of frames.
• Moment, Shear, and Axial Force Diagrams: Learn to construct M, Q, and N diagrams (bending moment, shear force, and axial force).
• Deflection and Rotation Calculation: Calculate deflection and rotation of frames.
• Thermal Effects and Support Settlements: Analyze the impact of temperature changes and support settlements on frame behavior.
• Sign Conventions in Frames: Understand and correctly apply sign conventions in frame analysis.

Section 3: Truss Analysis (4 Video Lessons)

This section provides a focused approach to truss analysis:

• Straight Truss Calculation: Learn to analyze and design straight trusses.
• Angular Truss Calculation: Master the analysis of angular trusses.
• Cantilever Truss Calculation: Understand the behavior of cantilever trusses.
• Analytical and Influence Line Methods: Determine internal forces in truss members using both analytical methods and influence lines.

Section 4: Arch Analysis (3 Video Lessons)

This section covers the analysis of arches:

• Arch Calculation: Learn the principles of arch analysis.
• Arch Member Force Determination: Determine internal forces in arch members.
• Moment, Shear, and Axial Force Diagrams in Arches: Construct M, Q, and N diagrams for arches.
• Influence Lines in Arches: Learn to construct influence lines for arches and determine forces using them.

What You'll Achieve:

After completing this course, you will be able to calculate the behavior of statically determinate structures, including constructing bending moment diagrams, shear force diagrams, and influence lines, and determining deflection and displacement. Gain practical skills for structural analysis and design!