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List of Bentley ADINA Customers

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Logo Customer Industry Empl. Revenue Country Vendor Application Category When SI Insight
Absolute Yachts Manufacturing 330 $145M Italy Bentley Systems Bentley ADINA Finite Element Analysis 2019 n/a
In 2019, Absolute Yachts implemented Bentley ADINA as its Finite Element Analysis platform to strengthen naval engineering capabilities within the internal technical office. Bentley ADINA was deployed to support structural simulation workflows tied directly to hull design, reinforcements and compartment structures used across design and certification activities. The implementation emphasized FEA functional capabilities common to the category, including mesh generation from CAD geometry, nonlinear material and composite modeling, static and dynamic structural solvers, contact and load case management, and postprocessing for certification deliverables. Bentley ADINA was used by naval engineers to create simulation-ready models for hull strength, reinforcement layout and behavior under operational load spectra. Bentley ADINA was integrated into an engineering toolchain that included Inventor, AutoCAD and Maxsurf for 2D and 3D drawing and modeling, and it coexisted with other analysis tools such as PATRAN-NASTRAN and CFD software noted by the engineering organization. The deployment was operationally centered at the Gariga di Podenzano technical office, supporting design, certification and production quality workflows and providing model artifacts for field tests carried out in the presence of certifying bodies. Governance focused on embedding simulation earlier in the design to support homologation and field test preparation, with naval engineering responsible for model creation, review and handoff to production and quality teams. Training and role alignment emphasized simulation-driven decisions for mechanical, materials and naval architecture tasks, aligning Bentley ADINA outputs with certification reporting and manufacturing documentation.
Bucknell University Education 1348 $284M United States Bentley Systems Bentley ADINA Finite Element Analysis 2014 n/a
In 2014, Bucknell University used Bentley ADINA in a civil engineering honors thesis to conduct Finite Element Analysis of the Kimbell Art Museum cycloidal thin-shell roof. The implementation was an academic structural engineering project in the United States that focused on shell and prestressed concrete behavior, directly associating Bucknell, Bentley ADINA, Finite Element Analysis, and the civil engineering research use case. The work leveraged Bentley ADINA capabilities for detailed shell element modeling, prestressing representation, and explicit evaluation of ring and edge beam effects and deflections. The thesis-level implementation documented finite-element model construction, load and prestress application, and verification of computed deflections against historical design calculations, reflecting the application’s capacity for advanced structural modeling and result validation. Operationally the deployment was scoped to a civil engineering honors research workflow, involving a student researcher and faculty oversight, with Bentley ADINA functioning as the primary analysis engine for the project. The study demonstrated Bentley ADINA’s suitability in an academic context for precise shell and prestressed concrete analysis and for corroborating numerical results with archival structural design calculations.
Hohai University China Education 3200 $250M China Bentley Systems Bentley ADINA Finite Element Analysis 2010 n/a
In 2010, Hohai University in China deployed Bentley ADINA for Finite Element Analysis. Researchers in the College of Water Conservancy and Hydropower Engineering in Nanjing used Bentley ADINA to perform nonlinear fluid-structure interaction simulations of a hydroelectric powerhouse and turbine, targeting vibration and pressure-driven response behavior. The implementation leveraged Bentley ADINA’s nonlinear FSI capabilities, transient FSI solvers, coupled structural dynamics and computational fluid dynamics functionality to capture time-dependent interactions between flow and structure. Model workstreams included high-fidelity meshing, transient time-stepping, boundary condition definition for turbine flow and pressure loads, and nonlinear material and contact formulation consistent with Finite Element Analysis practice. Operational scope was confined to the university research group within the College of Water Conservancy and Hydropower Engineering in Nanjing, supporting civil and hydropower engineering research and simulation-driven design validation. Governance was researcher-led with iterative simulation cycles, and outputs were used to improve understanding of transient FSI behaviour and to inform more resilient structural designs.
McGill University Education 8000 $1.2B Canada Bentley Systems Bentley ADINA Finite Element Analysis 1995 n/a
In 1995 McGill University deployed Bentley ADINA for nonlinear finite element dynamic simulations within its Department of Civil Engineering, establishing an applied research capability focused on structural response to environmental loads. The work used Bentley ADINA as a Finite Element Analysis tool to conduct transient analysis of overhead transmission lines subject to ice shedding events, directly linking the application to civil and structural engineering research workflows. The implementation centered on nonlinear finite element solvers and transient dynamic analysis capabilities, with modeling of cable dynamics, large displacement behavior, and time dependent loading sequences. Researchers employed ADINA transient analysis to evaluate peak tensions and dynamic response, using explicit and implicit time integration workflows typical of Finite Element Analysis for structural dynamics. Operational scope was research centric, constrained to McGill University Department of Civil Engineering and associated research labs in Canada, and focused on overhead transmission line systems. The simulation outputs were used to compare model behavior with prevailing design procedures and standards. Governance of the study emphasized validation against industry practice, researchers comparing Bentley ADINA results with Hydro Quebec standards to assess conformity and discrepancies. The narrative documents applied academic use of Bentley ADINA for targeted structural engineering studies, with emphasis on simulation fidelity and standards comparison rather than enterprise deployment or systems integration.
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FAQ - APPS RUN THE WORLD Bentley ADINA Coverage

Bentley ADINA is a Finite Element Analysis solution from Bentley Systems.

Companies worldwide use Bentley ADINA, from small firms to large enterprises across 21+ industries.

Organizations such as McGill University, Bucknell University, Hohai University China and Absolute Yachts are recorded users of Bentley ADINA for Finite Element Analysis.

Companies using Bentley ADINA are most concentrated in Education and Manufacturing, with adoption spanning over 21 industries.

Companies using Bentley ADINA are most concentrated in Canada, United States and China, with adoption tracked across 195 countries worldwide. This global distribution highlights the popularity of Bentley ADINA across Americas, EMEA, and APAC.

Companies using Bentley ADINA range from small businesses with 0-100 employees - 0%, to mid-sized firms with 101-1,000 employees - 25%, large organizations with 1,001-10,000 employees - 75%, and global enterprises with 10,000+ employees - 0%.

Customers of Bentley ADINA include firms across all revenue levels — from $0-100M, to $101M-$1B, $1B-$10B, and $10B+ global corporations.

Contact APPS RUN THE WORLD to access the full verified Bentley ADINA customer database with detailed Firmographics such as industry, geography, revenue, and employee breakdowns as well as key decision makers in charge of Finite Element Analysis.