Sharvil Dalvi

• Proficiently manufactured filament wound tubular composite specimens for tensile testing. • Designed fixtures using CAD and performed tensile tests following ASTM standards to analyze the impact of pressure loads on composite structures (SolidWorks). • Conducted comprehensive defect analysis on composites utilized in aerospace applications to ensure adequate quality control. • Achieved 40% weight reduction in CFRP structures through advanced Topology Optimization technique (Altair-OptiStruct)

Experimental and computational analysis of the effect of voids on the damage phenomenon in filament wound composites. • Developed an image processing tool for analyzing critical defects in composite specimens. • Generated FE simulation models incorporating void defects using Python scripting. • Executed structural damage simulations in Abaqus to enhance the safety and reliability of composite pressure vessel design.

1. Performing thermomechanical measurements (TMA) on nylon 6 polymer. 2. Determining the surface roughness of nylon 6 polymer by LSM (microscpoy) 3. Differential scanning calorimetry (DSC) measurements on PA6 4. Determining thermal diffusivity of PA6 by Laser flash analysis (LFA). 5. Studying the influence of weld line phenomenon in thermoplastics. 6. Representing and managing test results using Python

1. Developing the model of multiphase PCBN workpiece (sintered material) using Voronoi tessalation approach. 2. Carrying out Explicit Dynamic Thermal analysis of the grinding process in ABAQUS. 3. FEM contact simulation between diamond grain and PCBN workpiece in ABAQUS.

Department: International Organization Business Group (IOBG), HVAC sector Projects: Oman Museum, The Tower at Dubai Creek and Al-Udeid Military Base. Calculation of estimated static pressure (ESP) and heat load to understand the capacity of equipment to be installed on site. Worked on REVIT software to co-ordinate MEP services for ducting, piping, and firefighting.