Research Engineers, a Bentley Solutions Center
Research Engineers GmbH
was founded by the former Research Engineers Inc. and owners of
STAAD.Pro. When Bentley took over STAAD.Pro, Research Engineers GmbH
became an official Bentley partner.
Research Engineers GmbH is the specialist for all STAAD and other
structural products, such as: STAAD.Pro, Sectionwizard, OpenSTAAD,
STAAD.foundation, STAAD.beava, STAAD.Offshore, STAAD.beam, Bentley
AutoPIPE, and others. It has been selling and supporting STAAD products
since 1992 and also provides engineering services based on its software
Bentley AutoPIPE is a native Windows program for calculating piping code stresses, loads and deflections under both static and dynamic loading conditions. AutoPIPE analyzes systems of any complexity, with special features for buried pipeline analysis, wave loading, water or steam hammer, FRP/GRP pipe and built-in pipe/structure interaction.
Bentley is committed to the revitalized nuclear
industry with its new nuclear piping analysis product and comprehensive
software portfolio in areas of front-end engineering, conceptual
design, analysis, 3D CAD design, control and communication, and project
STAAD.beava, the Bridge Engineering Automated Vehicle Application, is an integrated solution inside the STAAD.Pro environment. STAAD.beava uses 3D influence surfaces, which are generated by STAAD.Pro as part of the loading process. STAAD.beava will automatically generate influence surfaces for effects such as bending moments on members, support reactions, element stresses and nodal deflections.
STAAD.Offshore is a powerful suite of pre- and post
processor modules for the STAAD.Pro structural analysis and design
program. Comprised of two primary modules, waveload and transport, you
additionally have the option of carrying out design code checks to the
American Petroleum Institute (API) recommended practice for planning,
designing, and constructing fixed offshore platforms with the STAAD.Pro
API code check module.
STAAD.Pro is a comprehensive and integrated finite element analysis and design solution, including a state-of-the-art user interface, visualization tools, and international design codes. Capable of analyzing any structure exposed to static loading, a dynamic response, soil-structure interaction, wind, earthquake, and moving loads.