Edward Sippel, P.E., Ph.D.

Assistant Professor

  • Milwaukee WI UNITED STATES

Ed Sippel is an expert in structural engineering with a focus on steel structures, stability, and structural analysis.

Contact

Education, Licensure and Certification

Ph.D.

Civil and Environmental Engineering

University of Wisconsin, Madison

2022

M.S.

Civil and Environmental Engineering

University of Wisconsin, Madison

2013

B.S.

Civil and Environmental Engineering

University of Wisconsin, Madison

2010

Areas of Expertise

Structural Engineering
Structural Steel
Finite Element Analysis
Nonlinear Analysis & Stability
Civil Engineering

Affiliations

  • American Institute for Steel Construction (AISC) : Member & Faculty Advisor
  • American Institute for Steel Construction (AISC) : Member & Faculty Advisor
  • Structural Engineers Association of Wisconsin (SEAWI) : Member

Social

Selected Publications

Experimental investigation of fixed-ended hot-rolled austenitic stainless-steel unequal-leg angles under compression

Structures

2024

An experimental evaluation of stainless steel unequal-leg angles exhibiting elastic and inelastic buckling with comparison to existing design provisions.

View more

Experimental Verification of Eccentrically Loaded Steel Joist Analysis with Nonsymmetric Sections

Journal of Structural Engineering

2023

This paper demonstrates how a novel line element, which is available for use in MASTAN2, can account for nonsymmetric cross-section behavior resulting in a reasonable prediction of steel joists subjected to nonstandard loading, specifically eccentric loading to one bottom chord angle.

View more

Influence of torsional stiffness in double-angle open-web joist and joist girder chords

Journal of Constructional Steel Research

2022

This paper investigates the buckling behavior of double-angle joist chords, while discussing the differences between the AISC and SJI design provisions with respect to buckling capacity. Through this work, a mechanical reason for this difference was identified, which provided an explanation how the different procedures are consistent with each other while making simplifying assumptions for practical design applications.

View more

Powered by