Crematorium Stuifduin in Lommel was built through intensive BIM collaboration between a2o architecten, Groep Vanhout and Macobo on a single central model. Macobo used Diamonds to build a 3D model of the entire concrete structure including foundations, generating a practical reinforcement plan with slab and wall reinforcement nets, and calculating cracked deflections for the building’s considerable spans and cantilevers, all while recalculating full designs in minutes to keep the engineering team agile and involved early in the design process.<\/p>\n\n\n\n
As Macobo\u2019s Structural Design team leader, ing. Liesbeth Torfs is closely involved in highly diverse projects. She\u2019s more than happy to comment on some of the recent and current projects that her team has worked on. <\/p>\n\n\n\n
“Crematorium Stuifduin (Lommel, Belgium) is a beautiful example of a challenging project in which all partners (including a2o architecten<\/a>, Groep Vanhout<\/a> and Macobo) collaborate intensively on a central BIM model”, according to Liesbeth Torfs.<\/p>\n\n\n\n “But the structural design of this building is quite a challenge as well,” Liesbeth continues. “Fortunately, the advanced 3D structural design analysis capabilities of BuildSoft’s Diamonds software have come in extremely handy. Starting from a 3D model of the entire concrete structure, including foundations, Diamonds has enabled us to come up with a practical reinforcement plan in a very short time. The ability to define reinforcement nets for slabs and walls is a convenient feature that significantly increases our productivity. It does not only visualize where additional reinforcement is required to achieve a good design, but it also informs us on the amount of additional reinforcement that is needed locally.<\/p>\n\n\n\n The considerable spans and cantilevers that are typical for projects such as Crematorium Stuifduin, primarily impose special requirements related to maximum deformations of the building structure. That’s why Diamonds’ capability to calculate cracked deformations of concrete elements, while considering the effective amount of reinforcement, has become part of our standard design procedure for concrete building structures. Our experience shows that in this way we can deliver a quality structural design that satisfies all building requirements in an economically sound manner.<\/p>\n\n\n\n Calculation times are also a definite plus of Diamonds. Because Diamonds allows us to recalculate a structural design in just a matter of minutes, we firmly improve our agility as an engineering team. Much more than in the past, we are involved in the design process from the early stages \u2013 getting more opportunities to deliver input.”<\/p>\n\n\n\n “Challenges can be very different from one project to another,” concludes Liesbeth Torfs. “Diamonds’ great ease of use is essential to us in our day-to-day tasks as structural engineers. If a new colleague strengthens our team (and in a fast growing company like Macobo, that happens frequently), it only takes a few days at the most to get up to full speed with Diamonds. I don\u2019t know of any other structural design analysis software that makes this possible.”<\/p>\n\n\n\nFrom a 3D concrete model to a practical reinforcement plan<\/h2>\n\n\n\n
Calculating cracked deflections for large spans and cantilevers<\/h2>\n\n\n\n
Faster recalculation, earlier involvement in the design process<\/h2>\n\n\n\n
Fast onboarding for new team members<\/h2>\n\n\n\n
FAQ<\/h2>\n\n\n