A simulation model for production scheduling of a facility in a process industry. - Todd A. Barnes; L. Leslie Gardner (WSC, 1990)

Converting Simulation Data to Comparative Income Statements. - L. Leslie Gardner; Mary E. Grant; Laurie J. Rolston (WSC, 1992)

Decomposition of 3-connected graphs. - Collette R. Coullard; L. Leslie Gardner; Donald K. Wagner (Comb., 1993)

Using simulation to benchmark traditional vs. activity-based costing in product mix decisions. - L. Leslie Gardner; Mary E. Grant; Laurie J. Rolston (WSC, 1994)

Using Simulation to Assess Costs of Quality. - L. Leslie Gardner; Mary E. Grant; Laurie J. Rolston (WSC, 1995)

Minimum-weight cycles in 3-separable graphs. - Collette R. Coullard; L. Leslie Gardner; Donald K. Wagner (Networks, 1997)

Financial decision-making: using information generated by a discrete event simulation to evaluate real options in a research and development environment. - Jerry Flatto; L. Leslie Gardner (WSC, 2000)

Dow AgroSciences Uses Simulation-Based Optimization to Schedule the New-Product Development Process. - Matthew H. Bassett; L. Leslie Gardner; Kent Steele (Interfaces, 2004)

Combining hands-on, spreadsheet and discrete event simulation to teach supply chain management. - Jeffrey Adams; Jerry Flatto; L. Leslie Gardner (WSC, 2005)

Optimizing the design of global supply chains at Dow AgroSciences. - Matt Bassett; L. Leslie Gardner (Comput. Chem. Eng., 2010)

Designing optimal global supply chains at Dow AgroSciences. - Matt Bassett; L. Leslie Gardner (Ann. Oper. Res., 2013)