SEU, a program provided by SE Solutions, LLC

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Mass Timber Structural Design

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SEU BIM Forum: Autodesk Construction Cloud Using Revit 2024

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2024 Engineering Ethics Update: Engineers’ Duty to Report

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Building Envelope Deterioration Investigation and Repair Part II

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Building Envelope Deterioration Investigation and Repair Part I

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External Elevated Elements (EEE): Are You Sure That Your Balcony Is Safe?

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Tornado Shelter Design with Masonry

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Understanding and Avoiding Costly Repairs of Precast Prestressed Thin Slab Parking Structures

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Lateral Load Resisting Frames using Steel Joists and Joist Girders

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SEU BIM Forum: What’s New in Revit 2024

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Vertical Bracing

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Rules of Thumb for Steel Design (One Hour Session)

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SEU BIM Forum: Controlling Object Appearance in Revit 2023

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It is Better to Bend than Break: Retrofitting with BRB and Steel

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Diaphragms Are More Than Just Deck And Fasteners

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ASCE 7 Frequently Asked Questions (Seismic)

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Know Your HSS Welds

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Adaptive Reuse of the Historic Witherspoon Building

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SEU BIM Forum: Creating Groups, Assemblies, & Parts in Revit 2023

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Steel Moment Frames: Design Principles & AISC 341/358 Provisions

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2023 Engineering Ethics Update: Conflicts of Interest

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What a Structural Engineer Should Know About Resilience

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REBROADCAST – South Florida Pedestrian Bridge Collapse Forensic Investigation

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Cold-Formed Steel Standards (2022)

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Roof Design with Special Profile Joists

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Prequalification & Code Approval of Proprietary Connections

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SEU BIM Forum: What’s New in Revit 2023

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Verifying Software Results

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SEU BIM Forum: Sheet Composition in Revit 2022

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South Florida Pedestrian Bridge Collapse Forensic Investigation

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Special Design Provisions for Wind and Seismic (SDPWS) 2021 Updates

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Base Plates, Embeds, and Disasters, Oh My!

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Wind Loads: Updated Frequently Asked Questions

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Post-Tensioning Design: Finite Element Method-Based Solutions

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SEU BIM Forum: Tips & Tricks in Revit 2022

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2022 Engineering Ethics Update: The Ethics of Competition

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Serviceability of Concrete Slabs

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Bolted HSS Connections

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ASCE 7-16 Wind (plus Updates)

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Bridging and Steel Joists

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SEU BIM Forum: Tips & Tricks in Revit Structure: What’s New in Revit 2022 & 2022.1

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Camber – Design and Construction

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Concrete Flat Plate Design

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SEU BIM Forum: Tips and Tricks in Revit 2021 – Coordinating with Other Disciplines

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Movement Joints for Masonry – Structural Edition

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Design Methodology and Calculations using Fiber-Reinforced Polymer Systems

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Structural Fire Engineering

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Serviceability for the Practicing Engineer

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Structural Engineering of Light-Frame Wood Over Concrete Podium Structures

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Blast-Resistant Design of Buildings

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Tips & Tricks in Revit Structure – Structural Columns, Foundations, and Floors in Revit Structure 2021

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Engineering Ethics Update: The New Model Code

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Navigating AISC 360-16 HSS Connection Design

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Steel Deck Design for Concentrated and Non-Uniform Loading

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New Methods for Ponding Analysis of Open Web Steel Joist Roofs

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Tips & Tricks in Revit Structure – What’s New in Revit 2021

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Sustaining Structures: Embodied Carbon

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Concrete Mix Design

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Tips & Tricks in Revit Structure – Beams and Braces in Revit Structure

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Seven Deadly Email Sins

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What Your Fabricator Wishes You Knew About HSS

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Steel Framed Floor Design for Vibration-Sensitive Equipment

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Tips & Tricks in Revit Structure – Truss Options within Revit Structure

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Town Hall #2 with Betsy Werra

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Practical Strategies for the Modeling and Analysis of Diaphragms

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Town Hall Session with Betsy Werra

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Masonry Checklist: Reviewing Structural Drawings

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Engineering Ethics Update: Fiduciary Duties

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Tips & Tricks in Revit Structure – Wall Options within Revit 2020

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Steel Fiber Reinforced Concrete

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Delegated Design: Addressing Potential Risks with Proper Project Management

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Developing Effective Communication Skills for Structural Engineers

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Wind Loads on Non-Building Structures

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Tips & Tricks in Revit Structure – What’s New in Revit 2020

Next Session: [convrt_acf_date_headernext date="20191009"]

Retrofitting of Existing Buildings with Steel Joists

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Changes to the Seismic Design of Steel Structures

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Revit for Structural Engineers Part III – Visibility Settings & Printing in Revit 2019

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Introducing Design Guide 21: Welded Connections (Second Edition)

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Revit for Structural Engineers Part II – Graphics Displays, Views & Sheets in Revit 2019

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Engineering Tilt-Up: Design Provisions Born from Past Experiences

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Revit for Structural Engineers Part I – Navigating in Revit Structure

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2018 National Design Specification (NDS) Changes

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Built-Up Member Design (Cold-Formed Steel)

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Lintels for Masonry Walls

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Tips & Tricks in Revit Structure – Materials in Revit 2019

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Avoiding Vibration Issues in Your Structure

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Engineering Ethics Update & Miscellany

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HSS Truss Connections: The Ts, Ks, and Ys Of It All

Next Session: [convrt_acf_date_headernext date="20181212"]

Updates to the Seismic Provisions in ASCE 7-16

Next Session: [convrt_acf_date_headernext date="20181114"]

ASCE 7-16 Wind Provisions – Changes Affecting the Design Provisions

Next Session: [convrt_acf_date_headernext date="20181024"]

Tips & Tricks in Revit Structure – What’s New in Revit 2019 and Revit 2019.1

Next Session: [convrt_acf_date_headernext date="20181010"]

Improving Clarity, Coherence, and Conciseness in Technical Writing

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Anchors: Design Examples and Qualification/Certification/Inspection

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Challenges of Proposed Requirements for Mitigating Thermal Bridges in ANSI/ASHRAE/IES Standard 90.1

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Behavior and Design of Anchors in Concrete

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Project Quality and Inspection Requirements

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Steel Deck Diaphragm Attachment

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Tips & Tricks in Revit Structure – Datum Elements

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Frame for Success – Best Practices for Wood Buildings

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Engineering Law and Ethics Case Studies

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Classical Design Methods

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Tips & Tricks in Revit Structure – Understanding Keynotes in Revit Structure 2018.

Next Session: [convrt_acf_date_headernext date="20180214"]

Introduction to the Design and Cost of Steel Seismic Connections (Braced Frames)

Next Session: [convrt_acf_date_headernext date="20180110"]

Selecting the Appropriate Seismic System for Your Steel Project

Next Session: [convrt_acf_date_headernext date="20171213"]

Tornado Shelter Design

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Validating Software Results

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Tips & Tricks in Revit Structure – What’s New in Revit 2018

Next Session: [convrt_acf_date_headernext date="20171011"]

Post-Tensioned Concrete Analysis and Design

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Code Provisions for Post-Installed Adhesive Anchors into Concrete

Next Session: [convrt_acf_date_headernext date="20170809"]

Digital Presence for Engineers: What are Your Emails Really Saying?

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Buckling Restrained Braced Frames

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Moment Frames: Design and Detailing per AISC 341 and 358

Next Session: [convrt_acf_date_headernext date="20170524"]

Tips & Tricks in Revit Structure – 3D Sections & Details

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The Chevron Effect – A Paradigm Shift in Approach to Analysis

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2015 National Design Specification® (NDS®) for Wood Construction – Significant Changes Including Cross-laminated Timber

Next Session: [convrt_acf_date_headernext date="20170329"]

Tips & Tricks in Revit Structure – Creating Custom 2D Drafting Details

Next Session: [convrt_acf_date_headernext date="20170308"]

Masonry Movement Joints from a Structural and Architectural Perspective

Next Session: [convrt_acf_date_headernext date="20170208"]

Welding Myths that Structural Engineers Need to Know About

Next Session: [convrt_acf_date_headernext date="20170111"]

A Case Study, and Legal Perspectives, on Engineering Ethics: The Kansas City Hyatt

Next Session: [convrt_acf_date_headernext date="20161214"]

Structural Irregularities per the ASCE7-10 Seismic Design Requirements

Next Session: [convrt_acf_date_headernext date="20161207"]

Tips & Tricks in Revit Structure – Enhancements in Revit Structure 2017

Next Session: [convrt_acf_date_headernext date="20161130"]

Structural Applications for Steel Castings

Next Session: [convrt_acf_date_headernext date="20161109"]

The Indiana State Fair Collapse Incident

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Advanced Topics in Composite Steel Beam Design: Retrofit, Slab Openings, and Changes to Minimum Percent Composite

Next Session: [convrt_acf_date_headernext date="20160914"]

Design Aids and Design Examples for Cold-Formed Steel

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Effective Communication Skills for Workplace Conversations and Meetings

Next Session: [convrt_acf_date_headernext date="20160713"]

Advancements in Force Transfer Around Openings for Wood Framed Shear Walls

Next Session: [convrt_acf_date_headernext date="20160622"]

Tips and Tricks in Revit Structure 2016: Visibility/Graphics, Families, and Other Settings/Tools

Next Session: [convrt_acf_date_headernext date="20160608"]

Best Practices to Improve Structural Construction Documents

Next Session: [convrt_acf_date_headernext date="20160511"]

Masonry Analysis and Design with FEA Software

Next Session: [convrt_acf_date_headernext date="20160420"]

Evaluation and Repair of Precast and Post-Tensioned Concrete Parking Structures

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Tips and Tricks in Revit Structure 2016: User Interface, Linked Files, and Dimensions

Next Session: [convrt_acf_date_headernext date="20160309"]

Implementation of the ISC Physical Security Design Requirements for Federal Buildings

Next Session: [convrt_acf_date_headernext date="20160210"]

Ethics for Structural Engineers – Lessons in Negligence & Incompetence (Parts I and II)

Next Session: [convrt_acf_date_headernext date="20160113"]

Vibration of Reinforced Concrete Floor Systems – Part II

Next Session: [convrt_acf_date_headernext date="20151209"]

Vibration of Reinforced Concrete Floor Systems – Part I

Next Session: [convrt_acf_date_headernext date="20151118"]

Clarifying Frequently Misunderstood Seismic Provisions

Next Session: [convrt_acf_date_headernext date="20151028"]

New Features in Revit Structure Versions 2015 R2 and2016

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Understanding Load Paths

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Clarifying Frequently Misunderstood Wind Provisions

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Designing Slides for Effective Project Presentations

Next Session: [convrt_acf_date_headernext date="20150715"]

Flexural Design of Single Angle Members

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Software Default Settings and Effects on Structural Models (RAM Structural System)

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Mat Foundations and Soil Structure Interaction

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Increasing Your Efficiency With Revit Structure: Understanding Visibility Options in Revit Structure 2015

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Checklists to Assist the Structural Engineer During Construction Administration

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Concrete Slabs on Grade: Analysis, Design, and Detailing

Next Session: [convrt_acf_date_headernext date="20150225"]

Workflow for Effective Project Collaboration Using Revit Structure 2015

Next Session: [convrt_acf_date_headernext date="20150211"]

Load Transfer Through Shear Walls

Next Session: [convrt_acf_date_headernext date="20150114"]

Load Transfer Through Diaphragms

Next Session: [convrt_acf_date_headernext date="20141217"]

Concrete Mix Design & Admixtures: Producing High Performance Structural Concrete

Next Session: [convrt_acf_date_headernext date="20141210"]

Guidelines for Reviewing Concrete Mix Designs

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Ethics in the Professional Practice of Engineering

Next Session: [convrt_acf_date_headernext date="20141022"]

Increasing Your Efficiency With Revit Structure: All About Parameters

Next Session: [convrt_acf_date_headernext date="20141008"]

Designing for ASCE 7 Wind Loads – Components & Cladding

Next Session: [convrt_acf_date_headernext date="20140910"]

Designing for ASCE 7 Wind Loads – Main Wind Force Resisting System

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Increasing Your Efficiency With Revit Structure: Customizing Standard Families

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Using Tuned Mass Dampers to Control Floor Vibrations

Next Session: [convrt_acf_date_headernext date="20140709"]

Legal Issues Impacting Shop Drawing Review

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Frequently Asked Questions About Cold-Formed Steel

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Rules of Thumb for Industrial Building Design

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Increasing Your Efficiency With Revit Structure: New and Improved Features in Revit Structure 2014

Next Session: [convrt_acf_date_headernext date="20140409"]

Checklists for the Quality Assurance of Calculations, Design, and Drawing Production

Next Session: [convrt_acf_date_headernext date="20140312"]

Seismic Design of Reinforced Concrete: Special Moment Frames

Next Session: [convrt_acf_date_headernext date="20140212"]

Truss and Bracing Connections for HSS Members; HSS Series #2

Next Session: [convrt_acf_date_headernext date="20140122"]

Increasing Your Efficiency With Revit Structure: Working With Schedules

Next Session: [convrt_acf_date_headernext date="20140108"]

Moment Connections to HSS Columns; HSS Series #1

Next Session: [convrt_acf_date_headernext date="20131211"]

Design of Maintenance Access and Fall Protection Systems for New and Existing Buildings

Next Session: [convrt_acf_date_headernext date="20131113"]

Seismic Design of Buildings, Including Industrial Structures

Next Session: [convrt_acf_date_headernext date="20131023"]

Increasing Your Efficiency With Revit Structure: Project Phases and Design Options

Next Session: [convrt_acf_date_headernext date="20131009"]

Improving Your Writing Skills as a Structural Engineer

Next Session: [convrt_acf_date_headernext date="20130911"]

ASCE 7 Ponding and Roof Drainage: Not My Problem…Maybe

Next Session: [convrt_acf_date_headernext date="20130828"]

Increasing Your Efficiency With Revit Structure: View Graphics and Visual Styles

Next Session: [convrt_acf_date_headernext date="20130814"]

Bracing Masonry Walls Under Construction

Next Session: [convrt_acf_date_headernext date="20130710"]

Structural Fire Protection

Next Session: [convrt_acf_date_headernext date="20130612"]

Force Transfer Around Openings for Wood Shear Walls

Next Session: [convrt_acf_date_headernext date="20130522"]

Navigating in Revit Structure – Tips for the Periodic User

Next Session: [convrt_acf_date_headernext date="20130508"]

Engineering Ethics: A Case Study on the Kansas City Hyatt Hotel Collapse

Next Session: [convrt_acf_date_headernext date="20130410"]

IBC Special Inspections – Managing the Process

Next Session: [convrt_acf_date_headernext date="20130327"]

Increasing Your Efficiency with Revit Structure: Custom Components

Next Session: [convrt_acf_date_headernext date="20130313"]

Design Issues When Specifying Open Web Steel Joists and Joist Girders: An Engineer’s Guide

Next Session: [convrt_acf_date_headernext date="20130213"]

Designing Lateral Load Resisting Frames Using Open Web Steel Joists and Joist Girders: An Engineer’s Guide

Next Session: [convrt_acf_date_headernext date="20130201"]

Designing with Open Web Steel Joists and Joist Girders: An Introduction

Next Session: [convrt_acf_date_headernext date="20130123"]

Conflict Resolution: An Introduction for Engineers

Next Session: [convrt_acf_date_headernext date="20130109"]

ACI Appendix D – Updates for ACI 318-11

Next Session: [convrt_acf_date_headernext date="20121219"]

Practical Design of Post-Tensioned Floors

Next Session: [convrt_acf_date_headernext date="20121212"]

Behavior, Analysis, and Design of Post-Tensioned Floors

Next Session: [convrt_acf_date_headernext date="20121114"]

How to Read and Understand a Geotechnical Report

Next Session: [convrt_acf_date_headernext date="20121024"]

Increasing your Efficiency with Revit Structure: 2D Elements (Part II)

Next Session: [convrt_acf_date_headernext date="20121010"]

Case Study for Wood Design: Five Story Mixed-Use over Two Story Below-Grade Parking

Next Session: [convrt_acf_date_headernext date="20120912"]

Floor Vibrations Due to Human Activities

Next Session: [convrt_acf_date_headernext date="20120808"]

Masonry Building Design: An Overview of Masonry Building Design Methods

Next Session: [convrt_acf_date_headernext date="20120711"]

Interoperability: Using Analysis Software with BIM Tools

Next Session: [convrt_acf_date_headernext date="20120613"]

Fundamentals of Blast Design

Next Session: [convrt_acf_date_headernext date="20120523"]

Increasing your Efficiency with Revit Structure: 2D Elements

Next Session: [convrt_acf_date_headernext date="20120509"]

ASCE7-10: Modifications to Wind Loading Requirements

Next Session: [convrt_acf_date_headernext date="20120411"]

Structural Inspections After an Earthquake: Case Studies from the Mineral, VA Event

Next Session: [convrt_acf_date_headernext date="20120404"]

To Do or Not To Do: Engineering Ethics

Next Session: [convrt_acf_date_headernext date="20120314"]

Cold-Formed Steel Design – Design Standards, Part II

Next Session: [convrt_acf_date_headernext date="20120208"]

Cold-Formed Steel Design – Design Standards, Part I

Next Session: [convrt_acf_date_headernext date="20120201"]

Overview of Cold-Formed Steel Design

Next Session: [convrt_acf_date_headernext date="20120125"]

Collaboration with Revit Structure: Worksharing

Next Session: [convrt_acf_date_headernext date="20120111"]

Accurate Long-Term Deflection Predictions for Concrete Structures

Next Session: [convrt_acf_date_headernext date="20111214"]

ASCE 7-10: General Seismic Design Requirements for Buildings

Next Session: [convrt_acf_date_headernext date="20111115"]

Best Practices for Modeling Diaphragms

Next Session: [convrt_acf_date_headernext date="20111109"]

Diaphragm Considerations for Structural Engineers

Next Session: [convrt_acf_date_headernext date="20111026"]

Creating Trusses in Revit Structure 2012 (Intermediate)

Next Session: [convrt_acf_date_headernext date="20111012"]

Interpersonal Communication for Structural Engineers

Next Session: [convrt_acf_date_headernext date="20110928"]

More on Creating Revit Structure Families

Next Session: [convrt_acf_date_headernext date="20110914"]

Understanding and Detailing for Wood Shrinkage

Next Session: [convrt_acf_date_headernext date="20110824"]

Malpractice: A Tort Primer for Structural Engineers

Next Session: [convrt_acf_date_headernext date="20110810"]

Seismic Considerations for Non-Structural Elements

Next Session: [convrt_acf_date_headernext date="20110713"]

Ethics: A Case Study for Structural Engineers

Next Session: [convrt_acf_date_headernext date="20110608"]

Geotechnical Considerations for Structural Engineers

Next Session: [convrt_acf_date_headernext date="20110525"]

What’s New in Revit Structure 2012

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Design of Tilt-up Wall Systems

Next Session: [convrt_acf_date_headernext date="20110427"]

Best Practices for BIM Infrastructure

Next Session: [convrt_acf_date_headernext date="20110413"]

Being Successful in Your Firm; 6 Important Steps to Help You and Your Company

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Creating a Proper Analytical Model in Revit Structure

Next Session: [convrt_acf_date_headernext date="20110309"]

Understanding Dynamic Analysis

Next Session: [convrt_acf_date_headernext date="20110223"]

Creating Standard Template Files for Revit Structure

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Mass Timber Structural Design

Common RFI #1: Holes Between Two Connecting Steel Elements are Misaligned

March 6, 2015

Have you even been asked to provide a field fix for misaligned bolt holes in a steel structure? Is this an example of a common RFI you have received?

SE University is compiling examples of Common Requests for Information (RFIs) sent to the Structural Engineer of Record. Following each RFI, we provide some resource information based on experience from contributing structural engineers. We hope you will find this resource information useful as you customize it to meet your specific project needs. Tips to avoid the RFI during the design phase may also be offered.

The Common RFI presented in this post is for Steel Projects.

1. RFI: Holes between two connecting steel elements are misaligned.

Example: Where a steel post bears on a steel beam, the steel post base plate holes provided by a miscellaneous metal subcontractor do not align with supporting steel beam flange holes as fabricated.

Resource Information:

If the holes are slightly misaligned, ream one hole to align with the other hole. Larger washer plates can be welded to the reamed hole with the correct bolt hole size in the washer plate to ensure that the bolt does not move greater than originally intended. Provide maximum reamed hole size, minimum spacing to adjacent holes, and minimum edge distances to maintain for reamed hole. See AISC Engineering FAQ 2.5.5 for additional information on reaming.
Another option is to abandon one hole and drill a new hole to align with the connecting element, as long as the remaining effective net section is adequate for the anticipated loads. Ensure minimum bolt spacing to abandoned hole and minimum edge distance is maintained per AISC Specification. The abandoned hole can be filled with weld metal if water seepage is a concern. See AISC Engineering FAQ 2.5.3 for additional information.
Alternately, fabricate a new connecting element with corrected bolt hole locations and sizes.

We hope this will be a helpful resource to reference best practices within the SE community. If you would like to share an RFI and reference information you have used, please add a comment below or send an email to Cathleen Jacinto.

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