Blog
Engineering insights, product updates, and structural design resources from Calcs.com.
Your Calc Says ASCE 7-22. Can You Prove It?
A version label is not code compliance. Here is what structural engineers should verify in any calculation before a reviewer asks the question.
Product Updates
What's New at Calcs.com? (November 2025)
Design isolated column loads on concrete slabs to ACI 318-19. New Point Load on Slab on Grade Calculator eliminates custom spreadsheets and manual work.
What's New at Calcs.com? (October 2025)
New ASCE 7-22 snow load calculator, AU timber LVLs, HDUE holdowns, and smarter project setup.
What's New at Calcs.com? (May 2025)
Calcs.com April/May 2025 product update includes improvements to the Concrete Wall Calculator based on user feedback and new tornado load support for IBC 2024.
What's New at Calcs.com? (March 2025)
Design reinforced concrete walls faster with the new Concrete Wall Calculator to AS 3600:2018. Plus, our latest Timber Nail Connection Guide compares hand calculations vs. Calcs.com for more efficient designs.
What's New at Calcs.com? (February 2025)
Discover how Calcs.com’ latest updates help engineers design more efficient steel beams and lateral piles to AS 4100:2020 and AS 2159:2009. Reduce overdesign, optimize bracing conditions, and streamline calculations all in one place.
Project Management
How Calcs.com builds engineering calculators with uncompromising quality and precision
Discover how Calcs.com builds trusted engineering calculators. From research and code compliance to rigorous testing, see how the Calculator Builder ensures accuracy, safety, and transparency for structural engineers worldwide.
5 Ways to Automate Structural Calculations (Without Excel)
Learn 5 proven methods to automate structural engineering calculations and eliminate Excel bottlenecks. Real engineering teams share how they achieved 30% productivity gains.
Integrating Calcs.com with Structural Drafting Software: A 2025 Guide for Engineers
Streamline your structural drafting workflow with the right tools and Calcs.com
Choosing the Right Structural Engineering Software in 2025
Find the right structural engineering software for your team. Learn about compliance, collaboration, and efficiency for modern engineers.
Escaping Spreadsheet Stress: What Every Structural Engineer Needs in a Design Tool
Evaluate your structural calculation tools against this essential checklist to streamline your workflow, reduce costly rework, and confidently deliver code-compliant designs.
Structural Design
Steel Connections Design Guide to AS 4100 Standards
Comprehensive steel connections design guide covering bolted, welded, and hybrid connections to AS 4100 standards for Australian structures.
Steel Weld Design to AS 4100: Full Guide for Structural Engineers
Complete guide to steel weld design using AS 4100:2020. Covers butt and fillet welds, clause summaries, and instant design checks with Calcs.com.
Streamline Steel Bolt Connection Design to AS 4100: A Complete Guide
Master steel bolt connection design to AS 4100 with this comprehensive guide. Learn time-saving techniques, design procedures, and automation solutions for structural engineers.
AS 1720.1 Timber Screw Connections: Design Guide for Australian Engineers
Master timber screw connection design with this comprehensive guide for Australian structural engineers. Learn calculation methods, standards compliance, and best practices.
Design Guide for Timber Bolt Connections to Australian Standards
Design safe and compliant timber bolted connections to AS 1720.1 with guidance on timber joints, fixings, and connection detailing for structural engineers.
All articles
Browse every article by topic.
Product Updates
- What's New at Calcs.com? (November 2025)
- What's New at Calcs.com? (October 2025)
- What's New at Calcs.com? (May 2025)
- What's New at Calcs.com? (March 2025)
- What's New at Calcs.com? (February 2025)
- What's New at Calcs.com? (January 2025)
- What's New at Calcs.com? (December 2024)
- What's New at Calcs.com? (November 2024)
- What's New at Calcs.com? (October 2024)
- What's New at Calcs.com? (October 2023)
Project Management
- How Calcs.com builds engineering calculators with uncompromising quality and precision
- 5 Ways to Automate Structural Calculations (Without Excel)
- Integrating Calcs.com with Structural Drafting Software: A 2025 Guide for Engineers
- Choosing the Right Structural Engineering Software in 2025
- Escaping Spreadsheet Stress: What Every Structural Engineer Needs in a Design Tool
- Stop Construction Chaos: Streamline Engineer-Drafter Collaboration
- 3 Ways Structural Engineers and Architects Collaborate to Deliver Optimal Structural Design
- Structural Design for Residential Architects: How to Get Started
- 3 Simple Steps to Start Your First Structural Calculation with Calcs.com
Structural Design
- Steel Connections Design Guide to AS 4100 Standards
- Steel Weld Design to AS 4100: Full Guide for Structural Engineers
- Streamline Steel Bolt Connection Design to AS 4100: A Complete Guide
- AS 1720.1 Timber Screw Connections: Design Guide for Australian Engineers
- Design Guide for Timber Bolt Connections to Australian Standards
- Efficient Timber Nail Design to AS 1720.1:2010: A Comprehensive Guide
- Introduction to Timber Connections in Structural Design
- Choosing the Right Column Shape in Structural Engineering: A Comprehensive Guide
- Choosing the Best Material for Beam Design: Timber, Steel, or Concrete?
- Detailing of Reinforced Concrete to Australian Standards AS 3600
- Development Length of Reinforced Concrete Bars to AS 3600:2018
- Reinforced Concrete Slab Design to Australian Standards AS 3600
- Design of Rectangular Reinforced Concrete Column to AS 3600:2018
- Design of Rectangular Reinforced Concrete Beam to AS 3600:2018
- Concrete Footing Design to ACI 318-19
- Calcs.com - The Best Enercalc Alternative for Structural Design
- Analysis and Design of Timber Floor Joists to Australian Standards
- A Practical Guide to Timber Floor Joist Design in Residential Construction
- Practical Guide for Design and Analysis of Roof Rafters
- Types of Retaining Wall for Residential and Light Commercial Projects
- Retaining Wall Design to American Standards: Structural Considerations
- Cold-Formed Steel: A Guide for Residential and Light Commercial Projects
- Changes in AS3600:2018 Amendment 2 (Concrete)
- Soil Conditions in Sleeper Retaining Wall Design according to AS4678-2002
- Development Length in Reinforced Concrete Footings
- Different Types of Foundations in Residential Design, Their Applications, Pros, and Cons
- Support and Connection Types in Structural Design
- Structural Foundations Design in Residential Projects: An Overview and Design Considerations
Building Codes
- Your Calc Says ASCE 7-22. Can You Prove It?
- Eurocodes and National Annexes - Where to Get Them!
- National Construction Code 2022: What You Need to Know
- Understanding Building Codes & Load Combinations in the United States
- Everything a Structural Engineer Needs to Know About the Latest California Building Code 2022
Structural Analysis
- Lateral Stability in Residential Design: A Guide for Australian Projects
- Wind Load Calculation to AS/NZ 1170.2:2021: A Step-by-Step Guide
- Design Load Combinations to Australian Standards
- Live Load Patterning and Why It Is Important in Structural Analysis
- Practical Analysis of Wind Load for Residential Structures to ASCE 7-16
- Wind Load Analysis to ASCE 7: A Guide for Structural Engineers
- Structural Analysis of Portal Frames: Worked Examples and Case Studies
- Mastering Portal Frames: Types and Design Considerations
- Creep Deflection in Structural Wood Beam Design
- ASD vs LRFD calculations in Structural Design
- Load Transfer in Residential Structures: From Roof to Foundation
- Practical Analysis and Design of Steel Roof Truss According to American Standards
- Load and Tributary Width in Structural Design: An Overview
- Practical Analysis of Seismic Load Using the ASCE 7-16
- Types of Roof Trusses and Their Applications in Residential Design
- What is a Truss and How Do Trusses Work in House Framing Design?
- Earthquake and Its Effects on Residential Structural Design
- Seismic Load Analysis for Residential Buildings to ASCE 7-16 Requirements