Arche 3 Theory Of Structures
Architecture Engineering
Theory of Structures Overview
Foundations, assumptions, modeling principles, and analysis workflow for ARCHE 3 Theory of Structures.
Module 1: Introduction to Structural Analysis and Loads
Structural systems, load paths, tributary areas, design actions, and Philippine load-combination context.
Module 2: Stability and Determinacy
Structural stability, constraint geometry, static indeterminacy, releases, and degrees of freedom.
Module 3: Analysis of Statically Determinate Structures
Equilibrium-based analysis of beams, trusses, cables, and three-hinged arches.
Module 4: Moving Loads and Influence Lines
Influence lines, Müller-Breslau principle, moving-load response, and response envelopes.
Module 5: Deflection of Structures
Elastic curves, geometric methods, conjugate beams, virtual work, and energy methods for structural displacement.
Module 6: Approximate Analysis of Statically Indeterminate Structures
Behavior-based approximate analysis of building frames under gravity and lateral loading.
Module 7: Exact Analysis of Indeterminate Structures - Force Methods
Flexibility method, consistent deformations, reciprocal flexibility, redundants, and three-moment concepts.
Module 8: Exact Analysis of Indeterminate Structures - Displacement Methods
Slope-deflection, moment distribution, joint rotations, translation, stiffness, and carry-over.
Module 9: Matrix Stiffness Method
Direct stiffness method, coordinate transformation, assembly, constraints, solution, and force recovery.