Daniel Vilyatser Email & Phone Number

Haifa, Israel

Part of Ansys Customer Excellence team that partners with customers to assist their real world engineering CAE problems. A hands on subject matter using LSDYNA as a leading solver for explicit and implicit applications. Providing technical support and performing professional services to help translate customer requirements into new product features.- Leading in coordinating and executing technical activities related to Ansys Mechanical portfolio, with an emphasis on LSDYNA or other rapid dynamic problems.- Interacting with customers to understand their product design needs and engineering workflows.- Collaborating with Ansys product development teams to translate customer requirements into new product features.- Testing new releases of Ansys Mechanical products on industrial problems and develop application best practices.- Conducting LSDYNA introductory and expert level training classes

Haifa, Israel

Responsible for supporting customers to implement ANSYS mechanical products for industrial and academic research and design purposes. Providing technical support in the explicit FEM domain with emphasis on LSDYNA.

Haifa, Israel

Using LSDYNA to aid and support mechanical design teams for - Structural multi body dynamic analysis in the frequency domain: Design for random and harmonic vibrations - power spectral density (PSD), steady state dynamics (SSD) and shock impulse regimes.Explicit modeling of micromechanical damage propagation (Progressive Damage and Failure Analysis - PDFA) in structural composite material (Carbon Fiber Reinforced Polymers - CFRP) products.Sensitivity analysis of non linear plastic regime models with geometric element morphing parameters using LS-OPT and ANSA.Complex explicit dynamic simulations of large mechanisms for better product performance.High and low velocity impact simulations for various products: material strength calibration simulations along with experimental testing, validation on larger sub assemblies, full support in product development.

Master’S Degree, Mechanical Engineering

Studying the effects of carbon fiber orientation and ply architecture on delamination crack propagation under Mode-I and Mode-II loading.

Bachelor Of Science (Bsc), Mechanical Engineering