Samuel C Lorin
Samuel Lorin disputerade inom gruppen för geometrisäkrings och robust konstruktions. Hans forskning är fokuserad på att simulera geometrisk variation för lättviktsprodukter. Behovet av lättviktsmaterial inom vissa industrier har ökat för att minska miljöpåverkan hos sina produkter. Kunskap om hur produkters geometrier varierar och hur ickenominella produkter fungerar behövs i ett tidigt stadium av produktutveckling. Forskningen utförs i samarbete med industrin. Samuel undervisar i Advanced Computer Aided Design och maskinkonstruktion.
Visar 29 publikationer
A Robust Design Perspective on Factors Influencing Geometric Quality in Metal Additive Manufacturing
Nonlinear Material Model in Part Variation Simulations of Sheet Metals
Efficient Compliant Variation Simulation of Spot-Welded Assemblies
Minimizing weld variation effects using permutation genetic algorithms and virtual locator trimming
Efficient variation simulation of spot-welded assemblies
An information and simulation framework for increased quality in welded components
Minimizing Weld Variation Effects Using Permutation Genetic Algorithms and Virtual Locator Trimming
Non-rigid variation simulation using the Sherman-Morrison-Woodbury formulas
Efficient Contact Modeling in Nonrigid Variation Simulation
Joining in Nonrigid Variation Simulation
Welding Simulation of Non-Nominal Structures With Clamps
Welding Simulation of Non-Nominal Structures with Clamps
Variation Simulation of Stresses Using the Method of Influence Coefficients
On the robustness of the volumetric shrinkage method in the context of variation simulation
Variation Simulation of Welded Assemblies Using a Thermo-Elastic Finite Element Model
Variation Simulation of Stresses using the Method Of Influence Coefficients
Increased precision in variation simulation by considering effects from temperature and heat
Variation simulation of welded assemblies using a thermo-elastic finite element model
Prediction of geometrical variation of forged and stamped parts for assembly variation simulation
Combining Variation Simulation With Thermal Expansion Simulation for Geometry Assurance
Stabilized Finite Element Method for Solids with Large Gradient Mechanical Properties
COMBINING VARIATION SIMULATION WITH THERMAL EXPANSION FOR GEOMETRY ASSURANCE
SIMULATING PART AND ASSEMBLY VARIATION FOR INJECTION MOLDED PARTS
Geometric Variation Simulation for the Development of Products with Plastic Components
Simulating Geometrical Variation in Injection Molding
Investigating the Role of Simulation for Robust Plastic Design
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