Engineering Services
We provide reliable solutions based on the analysis and solid recommendations for improvements. With vast industry experience, our engineers can support any kind of complex analysis requirements that you may have.
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ABout Tectorq
We are an Engineering Service company
We Offer a predictive Technological services(CAE) and solutions efficiently and we perform simulation process & expert guidance to help our customers achieve breakthrough results and best product.
- Robust multi disciplinary team with versatile product knowledge
- Over 70000 combined man hours of global CAE/Engineering Design Experience
Meet Our Team
Dr. Tamizh Inian
Founder & CEA Specialist
Dhanush H. Krishnan
FEA Specialist
Arijit Dev M.
R&D Specialist
Dinesh Jose (B.E ,MBA)
Marketing Head
OUR SERVICES - industries we served
Computer Aided Engineering
Services offered by Tectorq
Tectorq Services
- Stress analysis
- Optimization/Weight reduction
- Validation reports as per ASME/EN
- Failure analysis
- Fatigue predictions
- Thermal analysis
- Coupled field problems (Thermal stress)
- Modal/ Natural frequency analysis
- General FEA studies
- Flow analysis Engineering
- Mesh generation of complex parts
- Full Vehicle Integration
- CAE Crash and Safety
- Seat Structure Evaluation
- Luggage Retention
- Full Vehicle High Speed Side Impact Performance and Rear Impact Performance
- EV Battery and Fuel Tank Robustness Evaluation
- Biomechanics
- Non linear analysis
Stress Analysis
Stiffness studies
- Stress check on a valve body- New Product Development team OGES Engineering Bahrain
- Industrial Slurry pump Casing volute profile optimization and wall thickness reconsideration- Pump manufacturer Coimbatore
Optimization/ Weight Reduction
Design Improvement
- Toplology Optimization to reduce the weight/maintain the stiffness for Tractor agri-plough.
- Tamil Nadu Agricultural University- Lalapettai Trichy.
Data Acquisition Real-time Testing
Test Correlation
Strain gauging and data acquisition for agri plough to get the real-time load data under operation condition and to validate the same with FEM for optimization study
Validation Reports as per ASME/EN
OEM’s & Fabricator’s
- 300 KL Tank – To check the inner vessel , outer vessel and saddle support integrity for the inner and outer pressures, self weight, wind and seismic loads as per EN 13458-2
- Chart Industries -Georgia USA
Failure Analysis
OEM’s & Fabricator’s
- Challenge: To address the thickness of the water jacket w.r.t. to the pressure as it is failed for the same
- Outcome: Added stiffness and increased the thickness wherever required
- Customer: PV manufacturer , USA
- Challenge: To analyse the root cause of fatigue failure and improving design against failure
- Outcome: Suggested robust design improvement with simplified geometry completely eradicating the failure, without having any cost impact
- Customer: Leading CV OEM, India
Fatigue Prediction
Durability studies
- Challenge: To check the service life of brake disc
- Outcome: Suggested model for the Brake disc can be used in the market to decrease the thermal fatigue with increased lifetime of the Brake. So in real life scenario, where combined hard and soft braking considered, SS304 disc plates withstands for more thermal fatigue life cycles.
- Customer: SUPRA team, India
Thermal Stress Analysis
Coupled Field Calculations
- Challenge: To analyse the structural rigidity of gas turbine exhaust for thermal/buckling/wind/seismic under forced convections
- Outcome: As represented above, we have suggested the design for the optimum thermal gradient.
Modal/Natural Frequency Analysis
Dynamic & Damping Studies
- Challenge: To check for resonance with motor frequency of shaft and as well as base plate
- Outcome: It is performed to determine the Shaft assembly vibrational characteristics and corresponding response for finding out Eigen values (Frequencies) and Eigen vectors (Mode shapes)
- Customer: Leading Industrial Pump manufacturer-India
We are an Engineering Service company
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What Our Clients Say
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Frequently Asked Questions
Minimize design flaws and material costs and ensure compliance with industry standards
FEA is a computer-based simulation technique that allows engineers to predict how products will respond to real-world forces, such as vibration, heat, and stress. By using FEA, you can identify design weaknesses, optimize performance, and reduce material costs early in the development process, which helps avoid expensive redesigns and testing later on.
FEA can address a wide range of engineering challenges, including structural analysis (stress, strain, and deformation), thermal analysis (heat transfer), vibration analysis, and fluid dynamics. It’s particularly useful for predicting failure points, assessing material behavior under load, and ensuring designs meet safety and compliance standards.
The accuracy of FEA simulations depends on the quality of input data, the complexity of the model, and the expertise of the engineers performing the analysis. Our team ensures high accuracy by using advanced simulation tools, rigorous validation techniques, and real-world testing to confirm results. While no simulation is 100% perfect, FEA provides reliable insights to guide design decisions.
FEA is widely used across multiple industries, including automotive, aerospace, manufacturing, consumer products, electronics, energy, and medical devices. Any industry that requires precision in design, safety, or performance can benefit from FEA to optimize their products and reduce risk.
The timeline for an FEA project depends on the complexity of the analysis and the size of the model. Simple simulations can be completed in a few days, while more complex models may take several weeks. We work closely with clients to provide accurate time estimates and ensure deadlines are met without compromising quality.