Structural Analysis I
The fundamental concepts and methods for the analysis of structural systems
Lo que serás capaz de hacer
This course is crafted for undergraduate students specializing in civil/structural engineering and enthusiasts eager to gain a solid foundation in structural analysis. We delve into the core concepts and techniques fundamental to understanding structural behavior and analysis through comprehensive lectures. Our curriculum is designed to provide a practical approach to learning, with extensive examples that apply theoretical concepts to real-world scenarios. Key topics covered in this course include: Analysis of statically determinate beams. Truss analysis using the methods of joints and sections. Stability and determinacy. Shear and moment equations and diagrams for beams. Reaction, shear, and moment influence lines. Beam deflection using classical techniques such as the double integration method, the conjugate beam method, and the moment area method. Beam, frame, and truss deflection using the virtual work method. Analysis of indeterminate structures using the force method, the slope-deflection method, and the moment distribution method. The course features video lectures, hands-on exercise problems, and quizzes to reinforce learning and application of the covered concepts. We aim to empower students to confidently analyze basic structures, including beams, trusses, and frames, and apply the concepts learned in practical settings. We encourage you to ask any technical questions as you progress through the material. Our dedicated team is here to support your learning journey.
- Analysis of statically determinate and indeterminate structural systems including beams, trusses, and frames.
- Engineering Mechanics (Statics) Review
- Statically Determinate Beams
- Shear and Moment Equations and Diagrams
- Stability and Determinacy
- Method of Joints
Temario
UNIDAD 1 - A Brief Review of Selected Statics Topics · 8 leccionesUNIDAD 1 - A Brief Review of Selected Statics Topics
UNIDAD 1 - A Brief Review of Selected Statics Topics
- Force Vector
- Particle Equilibrium
- Rigid Body Equilibrium I
- Rigid Body Equilibrium II - Free-body Diagram 1
- Rigid Body Equilibrium III - Free-body Diagram 2
- Rigid Body Equilibrium IV - Free-body Diagram 3
- Statically Determinate Beam Analysis
- Statics Review
UNIDAD 2 - Are you prepared for this course? · 6 leccionesUNIDAD 2 - Are you prepared for this course?
UNIDAD 2 - Are you prepared for this course?
- Pre-Knowledge Assessment Test
- Experimental AI-Powered Quiz 1
- Experimental AI-Powered Quiz 2
- Experimental AI-Powered Quiz 3
- Experimental AI-Powered Quiz 4
- Experimental AI-Powered Quiz 5
UNIDAD 3 - An Introduction to Structural Analysis · 22 leccionesUNIDAD 3 - An Introduction to Structural Analysis
UNIDAD 3 - An Introduction to Structural Analysis
- Statically Determinate Beams
- Determinacy
- Stability and Determinacy in Trusses
- Stability & Determinacy (Example 1)
- Stability & Determinacy (Example 2)
- Stability and Determinacy
- Beams with one more more Internal Hinges
- Beam Analysis 1
- Beam Analysis 2
- Beam Analysis under Various Distributed Loads
- On the Sign Convention for Writing Equilibrium Equations
- Example 1
- Example 2
- Example 3
- Example 4
- Example 5
- Example 6
- Example 7
- Example 8
- Example 9
- Example 10
- Example 11
UNIDAD 4 - Two-dimensional Truss Analysis · 19 leccionesUNIDAD 4 - Two-dimensional Truss Analysis
UNIDAD 4 - Two-dimensional Truss Analysis
- Method of Joints
- Method of Joints 1
- Zero-force Members in Trusses
- A learning tool for identifying zero-force members in trusses
- Interactive (Linked) Quiz: Zero-force Members
- Method of Sections
- Method of Sections - Case 1
- Method of Sections - Case 2
- Method of Sections - Case 3
- The Analysis of a Roof Truss
- Truss Analysis 1
- Review Session: Method of Joints
- Truss Analysis 2
- Example 1 (Method of Joints)
- Example 2 (Method of Joints)
- Example 3 (Method of Joints)
- Example 4 (Method of Joints)
- Example 5 (Method of Joints)
- Example 6 (Method of Joints)
UNIDAD 5 - Shear and Moment in Beams · 23 leccionesUNIDAD 5 - Shear and Moment in Beams
UNIDAD 5 - Shear and Moment in Beams
- Shear Force and Bending Moment at a Point
- Shear Force and Bending Moment due to a Distributed Load
- Shear and Moment Equations (ST10)
- Shear and Moment Equations: Various Distributed Loads
- Example 1: Shear and Moment Equations
- Example 2: Shear and Moment Equations
- Example 3: Shear and Moment Equations
- Example 4: Shear and Moment Equations
- Example 5: Shear and Moment Equations
- Shear Diagram (ST11)
- Moment Diagram
- Example 6: Shear and Moment Diagrams
- Example 7: Shear and Moment Diagrams
- Example 8: Shear and Moment Diagrams
- Example 9: Shear and Moment Diagrams
- Shear and Moment 1
- Review Session: Shear and Moment Diagrams (1)
- Shear and Moment 2
- Review Session: Shear and Moment Diagrams (2)
- Shear and Moment 3
- Shear and Moment 4
- Shear and Moment 5
- Shear and Moment Diagrams Solved Examples (PDF)
UNIDAD 6 - Shear and Moment Knowledge Assessment · 11 leccionesUNIDAD 6 - Shear and Moment Knowledge Assessment
UNIDAD 6 - Shear and Moment Knowledge Assessment
- Post-Knowledge Assessment Test
- Experimental AI-Powered Quiz (Shear Force 1)
- Experimental AI-Powered Quiz (Shear Force 2)
- Experimental AI-Powered Quiz (Shear Force 3)
- Experimental AI-Powered Quiz (Shear Force 4)
- Experimental AI-Powered Quiz (Shear Force 5)
- Experimental AI-Powered Quiz (Bending Moment 1)
- Experimental AI-Powered Quiz (Bending Moment 2)
- Experimental AI-Powered Quiz (Bending Moment 3)
- Experimental AI-Powered Quiz (Bending Moment 4)
- Experimental AI-Powered Quiz (Bending Moment 5)
UNIDAD 7 - Deflection - Classical Techniques · 11 leccionesUNIDAD 7 - Deflection - Classical Techniques
UNIDAD 7 - Deflection - Classical Techniques
- Deflection in Beams: Elastic Curve
- The Double Integration Method: Introduction (SA12)
- The Double Integration Method (Part 1)
- The Double Integration Method (Part 2)
- The Double Integration Method (Part 3)
- The Double Integration Method (Part 4)
- Double Integration Method
- The Conjugate Beam Method (Part 1)
- The Conjugate Beam Method (Part 2)
- Conjugate Beam Method
- The Moment-Area Method
UNIDAD 8 - Influence Lines · 12 leccionesUNIDAD 8 - Influence Lines
UNIDAD 8 - Influence Lines
- Reaction Influence Line
- Reaction Influence Line
- Shear Influence Line
- Shear Influence Line
- Moment Influence Line
- Moment Influence Line
- Influence Line for Truss Members
- Truss Influence Line: Moving Load Series
- Truss Influence Line: Moving Distributed Load
- Influence Line Application: A Short Span Bridge Analysis
- Influence Lines
- Influence Line: Floor Girder
UNIDAD 9 - Influence Lines Knowledge Assessment · 6 leccionesUNIDAD 9 - Influence Lines Knowledge Assessment
UNIDAD 9 - Influence Lines Knowledge Assessment
- Post-Knowledge Assessment Test
- Experimental AI-Powered Quiz 1
- Experimental AI-Powered Quiz 2
- Experimental AI-Powered Quiz 3
- Experimental AI-Powered Quiz 4
- Experimental AI-Powered Quiz 5
UNIDAD 10 - Displacement via Energy Methods · 6 leccionesUNIDAD 10 - Displacement via Energy Methods
UNIDAD 10 - Displacement via Energy Methods
- Work-Energy Principle: Part 1
- Work-Energy Principle: Part 2
- Virtual Work Method: Trusses
- Virtual Work Method: Beams
- Virtual Work Method: Frames
- Virtual Work Method
UNIDAD 11 - Statically Indeterminate Structures: The Force Method · 5 leccionesUNIDAD 11 - Statically Indeterminate Structures: The Force Method
UNIDAD 11 - Statically Indeterminate Structures: The Force Method
- The Force Method: 1st Degree Indeterminate
- The Force Method: 2nd Degree Indeterminate
- The Force Method (Truss Analysis)
- The Force Method
- Solved Examples (PDF)
UNIDAD 12 - Statically Indeterminate Beams and Frames: The Slope-Deflection Method · 10 leccionesUNIDAD 12 - Statically Indeterminate Beams and Frames: The Slope-Deflection Method
UNIDAD 12 - Statically Indeterminate Beams and Frames: The Slope-Deflection Method
- Overview
- Slope-Deflection Equations: Part 1
- Slope-Deflection Equations: Part 2
- Fixed-End Moments
- Slope-Deflection Equations: Part 3
- Support Settlement
- Frame Analysis
- Frame Analysis: Matugama Bungalow
- Analysis of a Beam Resting on Elastomeric Bearings
- Post-Knowledge Assessment Test
UNIDAD 13 - Statically Indeterminate Beams and Frames: The Moment Distribution Method · 7 leccionesUNIDAD 13 - Statically Indeterminate Beams and Frames: The Moment Distribution Method
UNIDAD 13 - Statically Indeterminate Beams and Frames: The Moment Distribution Method
- Introduction
- Beam Analysis 1
- Beam Analysis 2
- Frame Analysis 1
- Frame Analysis 2
- Frame Analysis 3
- Frame Analysis: Glass House
UNIDAD 14 - Cables · 3 leccionesUNIDAD 14 - Cables
UNIDAD 14 - Cables
- Introduction
- Cable Analysis: Concentrated Loads
- Cable Analysis: Distributed Loads
UNIDAD 15 - Arches · 2 leccionesUNIDAD 15 - Arches
UNIDAD 15 - Arches
- Three-Hinged Arch Analysis
- Analysis of a Three-Hinged Arch Bridge
UNIDAD 16 - APPS: Structural Analysis Application Programs · 3 leccionesUNIDAD 16 - APPS: Structural Analysis Application Programs
UNIDAD 16 - APPS: Structural Analysis Application Programs
- iTruss: A 2D Truss Analysis Program
- iFrame: A 2D Frame Analysis Program
- iInfluence: An Influence Line Constructor for Beams
Tu certificado lo emite la SEP, no solo una plataforma
Al demostrar la competencia recibes un certificado emitido por la Secretaría de Educación Pública a través del Gobierno del Estado de México: un documento oficial que puedes presentar con confianza ante cualquier empleador o institución.
Tu certificado con INEC
- Lo emite la Secretaría de Educación Pública (SEP), a través del Gobierno del Estado de México
- Documento oficial con folio verificable en línea
- Lo otorga la Universidad Tecnológica Fidel Velázquez
Otras plataformas en línea
- Constancia privada emitida por la misma plataforma
- Solo acredita horas cursadas o asistencia
- Sin respaldo de una autoridad educativa
Tu itinerario, de la inscripción al certificado
- 1
Inscripción con pago único
Pagas $2,800 MXN una sola vez y entras de inmediato al curso.
- 2
Estudias a tu ritmo
16 unidades con videos, lecturas y actividades, disponibles 24/7 durante 12 meses.
- 3
Cuestionarios por unidad
21 cuestionarios para comprobar lo aprendido.
- 4
Certificado
Emitido por la SEP a través del Gobierno del Estado de México, con folio verificable.
Un certificado oficial de la SEP
Muestra · verificable por folio y QR
- Emitido por la Secretaría de Educación Pública (SEP), a través del Gobierno del Estado de México. No es una constancia privada: es un documento oficial, y ese respaldo marca la diferencia frente a otras plataformas en línea.
- Contenido impartido por Dr. Structure.
- Folio y QR verificables para compartirlo con quien te contrate.
Empieza hoy, a tu ritmo
Un solo pago y acceso inmediato al curso completo durante 12 meses.
- 16 unidades · 154 lecciones · 60 h
- 12 meses de acceso
- 21 cuestionarios de evaluación
- Certificado emitido por la SEP (Gob. del Estado de México) con folio verificable
Sobre tu inscripción
¿Cómo es el pago?
Un solo pago de $2,800 MXN. No hay mensualidades ni cargos recurrentes.
¿Cuánto tiempo tengo acceso?
12 meses desde tu inscripción, 24/7, para avanzar a tu ritmo.
¿Quién imparte el contenido?
El curso es impartido por Dr. Structure; INEC gestiona tu inscripción, evaluación y certificado.
¿Qué pasa cuando vence mi acceso?
Puedes renovar tu cuenta tú mismo desde la plataforma, sin trámites ni esperas.
