Timber Lag Screw Connection Design Explained (End Grain) | NDS 2018 Structural Engineering Tutorial скачать в хорошем качестве

Timber Lag Screw Connection Design Explained (End Grain) | NDS 2018 Structural Engineering Tutorial

Learn how to design a lag screw in withdrawal (end grain condition) using the 2018 National Design Specification (NDS 2018). We walk through a real-world example with code references, design checks, and professional insights. This tutorial is perfect for engineering students, EITs, and licensed engineers who want to streamline their wood design process. ✅ Designed with CalcBook – structural engineering software that turns hours of work into minutes. 🎁 Get 25% off your first month with code YTCB2024 👉 Try CalcBook now: https://www.calcbook.com/download 0:00 Introduction 0:10 Timber Design Recap 1:12 Problem Statement 2:05 CalcBook 2:20 Inputs 3:55 Capacity Calculation Other CalcBook Videos: Concrete: Concrete Shear Wall:    • Concrete Shear Wall Design (ACI 318-19)   Concrete Spread Footing:    • Concrete Spread Footing Design (ACI 318-19)   Concrete Spread Footing (Eccentric):    • Concrete Spread Footing Design (Eccentric ...   Concrete Beam Design:    • Concrete Beam Design (ACI 318-19)   Pole Foundation Design:    • Pole Foundation (Bollard Design)   Concrete Tee Beam Design:    • Concrete T-Beam Design (ACI 318-19)   Concrete Detailing:    • Concrete Reinforcement Detailing & Develop...   Concrete Column:    • Concrete Column Axial Design (ACI 318-19)   Concrete (Metric): Concrete Shear Wall (Metric):    • Concrete Shear Wall Design (Metric) (ACI 3...   Concrete Spread Footing (Metric):    • Concrete Spread Footing Design (Eccentric ...   Concrete Beam (Metric):    • Concrete Beam Design (Metric) (ACI 318-19M)   Steel: Column Base Plate Weld:    • Column Base Plate Weld Design (AISC and Bl...   Lateral-Torsional Buckling:    • Lateral-Torsional Buckling (AISC 360)   Composite Beam Design:    • Composite Beam Flexural Design (AISC 360)   Single Angle Flexural Design:    • Single Angle (L-Profile) Flexural Design (...   Steel Brace Design (UFM):    • Steel Brace Design (Uniform Force Method)   Point Load on Beam Flange:    • Point Load on Beam Flange   Moment Connection Design:    • Moment Connection Design (AISC 360)   Prying Action Design:    • Prying Action Design (AISC 360)   Web Panel-Zone Shear:    • Web Panel-Zone Shear (AISC 360)   Single Plate Shear Tab:    • Single Plate Shear Tab (AISC 360)   Wide Flange Beam Design:    • Wide Flange (I/H-Beam) Design (AISC 360)   Circular Fillet Weld:    • Circular Fillet Weld Design (AISC and Blod...   C-Shape Weld:    • C-Shape Weld Design (AISC and Blodgett)   Bolted Connection:    • Bolted Connection Design (AISC 360)   Beam Deflection:    • Beam Deflection   Shear Flow - WF:    • Shear Flow Weld Design (Wide Flange) (AISC...   Shear Flow - Tee:    • Shear Flow Weld Design (Tee Section) (AISC...   Braced Frame Design - Part 1:    • Braced Frame Design Series - Part 1 of 3 (...   Braced Frame Design - Part 2:    • Braced Frame Design Series - Part 2 of 3 (...   Steel (Metric): Steel Wide Flange Design:    • Steel Wide Flange Design (Metric) (AISC 360)   Timber: Timber Beam Design:    • Timber Beam Design (NDS 2018)   Timber Column Design:    • Timber Column Design (NDS 2018)   Timber Floor Joist Design:    • Timber Floor Joist Design Explained | NDS ...   Timber Glulam Beam Design:    • Glulam Beam Design Explained | NDS 2018 St...   Timber Bolted Connection:    • Timber Bolted Connection Design Explained ...   Timber Lag Screw Connection:    • Timber Lag Screw Connection Design Explain...   Timber Wood Screw Connection:    • Timber Wood Screw Connection Design Explai...   Timber Toe-Nail Connection:    • Toe-Nail Joist Connection Design Explained...   Timber LVL Header:    • LVL Beam Design Explained | NDS 2018 Struc...   Other Videos:    / @calcbook