Arche 4 Steel And Timber Design
Architecture Engineering
ARCHE 4: Steel and Timber Design
NSCP-based structural design of timber and steel members, systems, connections, and architectural applications.
Module 1: Introduction to Timber Engineering
NSCP-based timber material behavior, grading, design values, adjustment factors, durability, and engineered wood for architectural structures.
Module 2: Timber Tension and Compression Members
NSCP-based design of timber tension members, columns, bearing, net sections, and column stability.
Module 3: Timber Beams
NSCP-based timber beam design for flexure, stability, shear, bearing, deflection, notches, and architectural serviceability.
Module 4: Combined Stresses in Timber and Connections
NSCP-based timber combined loading, fasteners, bearing at angle to grain, connection failure modes, diaphragms, and shear-wall load paths.
Module 5: Introduction to Structural Steel
NSCP-based introduction to steel behavior, structural shapes, design philosophy, section classification, stability, and architectural selection.
Module 6: Steel Tension Members
NSCP-based design of steel tension members for gross yielding, net-section rupture, shear lag, block shear, and connection-sensitive behavior.
Module 7: Steel Compression Members
NSCP-based steel column design for local slenderness, flexural and torsional buckling, effective length, and architectural stability.
Module 8: Steel Beams and Flexural Members
NSCP-based steel beam design for flexure, local buckling, lateral-torsional buckling, shear, serviceability, and beam-column interaction.
Module 9: Steel Connections and Base Plates
NSCP-based bolted and welded connections, slip resistance, eccentric groups, base plates, anchors, HSS connection awareness, and constructible detailing.