System Dynamics Review

1993 - 2025

From System Dynamics Society
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Volume 35, issue 4, 2019

Do you bend or break? System dynamics in resilience planning for food security pp. 287-309

Hugo Jose Herrera de Leon and Birgit Kopainsky

Fuzzy rule‐based inference in system dynamics formulations pp. 310-336

Nasim S. Sabounchi, Konstantinos P. Triantis, Hamed Kianmehr and Sudipta Sarangi

An integrated economy‐demography model reframed in a system dynamics setting pp. 337-368

Gozdem Dural‐Selcuk, Huseyin Tunc and S. Armagan Tarim

A system dynamics glossary pp. 369-379

David N. Ford

Volume 35, issue 3, 2019

Building a bridge to behavioral economics: countervailing cognitive biases in lifetime saving decisions pp. 187-207

Babak Bahaddin, Stephen Weinberg, Luis F. Luna‐Reyes and David Andersen

Math matters: mathematical knowledge plays an essential role in Chinese undergraduates' stock‐and‐flow task performance pp. 208-231

Liang Qi and Cleotilde Gonzalez

Aging effects in public policy making pp. 232-254

J. Pedro Mendes and Miguel Aleluia

Using R libraries to facilitate sensitivity analysis and to calibrate system dynamics models pp. 255-282

Jim Duggan

Volume 35, issue 2, 2019

Modeling group and individual learning: lessons for integrating disciplines and agile research pp. 112-139

Edward G. Anderson and Kyle Lewis

The dynamics of financial instability: simplifying Keen's Goodwin–Minsky model pp. 140-159

Crelis F. Rammelt

System Dynamics Review and publications 1985–2017: analysis, synthesis and contributions pp. 160-176

Juan P. Torres

Best practices in system dynamics modeling, revisited: a practitioner's view pp. 177-181

Jack Homer

Volume 35, issue 1, 2019

A comment on John Sterman's “system dynamics at sixty: the path forward” pp. 5-7

Jack Homer

Applying Sterman's proposed principles of modeling rigor to hybrid models combining multiple simulation methods pp. 8-14

Edward G. Anderson

On John Sterman's “System dynamics at sixty”: rigor, relevance and implications for education pp. 15-18

Markus Schwaninger

The great challenge for system dynamics on the path forward: implementation and real impact pp. 19-24

Jorgen Randers

Opportunities and risks on the path forward for system dynamics pp. 25-34

Bradley Morrison

Reply to commentaries on “System Dynamics at Sixty: The Path Forward” pp. 35-51

John Sterman

Lessons from a large‐scale systems dynamics modeling project: the example of the biomass scenario model pp. 55-69

Steve Peterson, Brian Bush, Daniel Inman, Emily Newes, Amy Schwab, Dana Stright and Laura Vimmerstedt

A “Power and Influence” political archetype: the dynamics of public support pp. 70-103

Robert Y. Cavana, Vicky E. Forgie, Marjan van den Belt, John R. Cody, Alvaro J. Romera, Keming Wang and Chris A. Browne

Volume 34, issue 4, 2018

Trajectories of functional ability over the life course: a conceptual model of the interaction of stressor‐induced functional loss and resilience pp. 481-502

David B. Matchar, John P. Ansah, Victoria Koh and Heather E. Whitson

Alleviating misconceptions about Earth's climate: evidence of behavioral learning in stock‐and‐flow simulations pp. 503-526

Medha Kumar and Varun Dutt

Combining stock‐and‐flow, agent‐based, and social network methods to model team performance pp. 527-574

Edward G. Anderson, Kyle Lewis and Gorkem Turgut Ozer

On the differences between theoretical and applied system dynamics modeling pp. 575-583

Vincent de Gooyert and Andreas Größler

Volume 34, issue 3, 2018

From boom to bust: an operational perspective of demand bubbles pp. 389-425

Paulo Gonçalves

Refinements on eigenvalue elasticity analysis: interpretation of parameter elasticities pp. 426-437

Sergey Naumov and Rogelio Oliva

Input and output data analysis for system dynamics modelling using the tidyverse libraries of R pp. 438-461

Jim Duggan

Supply chain modularity in system dynamics pp. 462-476

Aly Elmasry and Andreas Größler

Volume 34, issue 1-2, 2018

System dynamics at sixty: the path forward pp. 5-47

John Sterman

Fighting the inevitable: infrastructure investment and coastal community adaptation to sea level rise pp. 48-77

Sierra Woodruff, Todd K. BenDor and Aaron L. Strong

Using integrated modeling to support the global eradication of vaccine‐preventable diseases pp. 78-120

Radboud J. Duintjer Tebbens and Kimberly M. Thompson

Personalized ESA doses for anemia management in hemodialysis patients with end‐stage renal disease pp. 121-153

James Rogers, Edward J. Gallaher and David Dingli

Community and programmatic factors influencing effective use of system dynamic models pp. 154-171

Karen Minyard, Tina A. Smith, Richard Turner, Bobby Milstein and Lori Solomon

Wasted paradise? Policies for Small Island States to manage tourism‐driven growth while controlling waste generation: the case of the Maldives pp. 172-221

Florian Kapmeier and Paulo Gonçalves

Simulating systems with fast and slow dynamics: lessons from the electric power industry pp. 222-254

Andrew Ford

Shaping organizational network structure to enable sustainable transformation pp. 255-283

Felicjan Rydzak and Paul A. Monus

Approximating individual interactions in compartmental system dynamics models pp. 284-326

Pj Lamberson

SD meets OR: a new synergy to address policy problems pp. 327-353

Navid Ghaffarzadegan and Richard C. Larson

Potential benefits of model use in group model building: insights from an experimental investigation pp. 354-384

Marleen H. F. McCardle‐Keurentjes, Etiënne A. J. A. Rouwette, Jac A. M. Vennix and Eric Jacobs

Volume 33, issue 3-4, 2017

Newton's laws as an interpretive framework in system dynamics pp. 183-218

John Hayward and Paul A. Roach

Dell's SupportAssist customer adoption model: enhancing the next generation of data‐intensive support services pp. 219-253

Navid Ghaffarzadegan, Armin A. Rad, Ran Xu, Sam E. Middlebrooks, Sarah Mostafavi, Michael Shepherd, Landon Chambers and Todd Boyum

Supply constraints and waitlists in new product diffusion pp. 254-279

David R. Keith, John D. Sterman and Jeroen Struben

Impact of drug supply chain on the dynamics of infectious diseases pp. 280-310

Siddhartha Paul and Jayendran Venkateswaran

Application of a variance‐based sensitivity analysis method to the Biomass Scenario Learning Model pp. 311-335

Paige Jadun, Laura J. Vimmerstedt, Brian W. Bush, Daniel Inman and Steve Peterson

On the growth of the system dynamics field pp. 336-346

Jack B. Homer and George P. Richardson

First eight years: a case study of starting a social system design lab pp. 347-358

Peter S. Hovmand

Volume 33, issue 2, 2017

Projecting the Number of Elderly with Cognitive Impairment in China Using a Multi†State Dynamic Population Model pp. 89-111

John P. Ansah, Victoria Koh, Chi†Tsun Chiu, Choy†Lye Chei, Yi Zeng, Zhao†Xue Yin, Xiao†Ming Shi and David B. Matchar

The challenge of model complexity: improving the interpretation of large causal models through variety filters pp. 112-137

Lukas Schoenenberger, Alexander Schmid, John Ansah and Markus Schwaninger

Using white†box nonlinear optimization methods in system dynamics policy improvement pp. 138-168

Ingmar Vierhaus, Armin Fügenschuh, Robert Gottwald and Stefan Grösser

Citation for Lifetime Achievement Award pp. 169-171

Erling Moxnes and Hazhir Rahmandad

My journey in system dynamics and reflections on how to make a difference pp. 172-180

Ali N. Mashayekhi

Volume 33, issue 1, 2017

A computational Intelligence-based Method to ‘Learn’ Causal Loop Diagram-like Structures from Observed Data pp. 3-33

Hassan Abdelbari and Kamran Shafi

A co-flow structure for goal-directed internal change pp. 34-58

Pascal J. Gambardella, Deborah E. Polk, David W. Lounsbury and Ralph L. Levine

Graphical features of flow behavior and the stock and flow failure pp. 59-70

Cleotilde Gonzalez, Liang Qi, Nalyn Sriwattanakomen and Jeffrey Chrabaszcz

Group Model Building Techniques for Rapid Elicitation of Parameter Values, Effect Sizes, and Data Sources pp. 71-84

Niyousha Hosseinichimeh, Rod MacDonald, Ayaz Hyder, Alireza Ebrahimvandi, Lauren Porter, Rebecca Reno, Julie Maurer, Deborah Lines Andersen, George Richardson, Joshua Hawley and David F. Andersen

Dynamic Systems for Everyone: Understanding How Our World Works pp. 85-86

Cleotilde Gonzalez