Crapper Shell_Parametric Retaining Wall

I needed to create a parametric retaining wall.
We wanted understand the horizontal behavior of the Shell on the top of the wall.

The script was generic and it can be used whatever the wall is.

Track the surface and obtain the wall.
Choice the number of the stifness or his distances.
Choice the depth of the stiffness.
Karamba Analysis.

Unfortunately (fortunately cause the wall was ahestetic very bad) the project changed and the wall disappear since the shell reach the foundation directly.

Surface from Rhino

Mesh

Horizzontal Force (Soil and Water)

Linear Force Distribution according to Area mesh

Check, the sum of the force should be the resultant of triangular distribution

Displacement and utilization factor

Two component: Soil/water push against shell resultant push

bio

Nice to meet you;

I'm Lorenzo Glielmi! I'm currently working at CRAFT ENGINEERING STUDIO in New York, a leading structural engineering hub specializing in residential projects and complex analyses of free-form structures. I'm passionate about the impact of technology on the environment and society, especially within architecture and engineering.

I hold a Master's Degree in Building Engineering and Architecture from the University of Rome "La Sapienza," where I completed a thesis on "Pres-Lam Structure in a Low Seismic for mid/high rise timber Residential Building, Case Study: Flaminio, Rome." During my university years, I began working as an Archviz specialist, producing high-quality renderings for architects, enhancing my design skills and understanding of architectural aesthetics. Additionally, I spent a year at Universidad de La Coruna in Spain, participating in an architecture contest, and took extracurricular courses in Seismic Design and Precast Low Damage Building in Rome.

My professional journey began with a significant achievement: winning the "Tornosubito European Project." This award led to a 6-month internship at Format Engineers, where I applied theoretical knowledge to real-world projects using tools like Grasshopper, Karamba3D, and 3D printing. Despite challenges during the lockdown, I completed my thesis project on timber and post-tensioned timber buildings in Rome, further fueling my passion for timber structures and sustainable design.

At CRAFT ENGINEERING STUDIO, I enjoy working closely with architects on diverse projects, driven by a passion for collaboration and innovation in an international environment. I am keen to continue advancing my parametric design and BIM workflow skills.

I am always open to new ideas and projects. If you have opportunities or projects that align with my interests, please feel free to reach out to me at lorenzo.glielmi94@gmail.com.