Tempa Engineering serves its customers in nearly every step of product development cycle, with a very strong background in engineering analysis fields such as FEA, MBD, and CFD. Our range of capabilities consist of, but not limited to:
Mechanical Design
Numerical Analyses
Mechanical Testing
Prototyping
Mechanical Design
We perform mechanical design activities that are not limited to:
- Armored vehicle doors, hatches, bumpers
- Floor plate
- Fail-safe and energy absorbing structures design
- Mechanism design
- Hydraulic & pneumatic design
- Mechatronics design
- Test fixture design
- Fatigue & static failure test fixtures
- Mobile test fixtures
- Impact test fixtures
Numerical Analyses
Structural Finite Element Analysis
TEMPA Engineering provides finite element consultancy that provides insight to product performance in many different industries:
- Automotive
- Sub-systems structural analysis
- Wheel impact simulations
- Driveshaft static/dynamic analysis,
- Aerospace
- Implicit/explicit analysis of composites
- Bird strike analysis
- Test fixture analysis,
- Land Systems
- Hull strength analysis
- Top plate stiffness analysis
- Mounting provisions strength analysis,
- Agriculture
- Cabin ROPS/FOPS simulation
- Driveline structures
- Tractor equipment structural analysis,
- Aviation
- Household Appliances
- Medical and more…
With our team of engineers and technicians that are experts in their respective fields, we provide services that ease the process of model preparation, solution, and evaluation.
Structural Optimization
- Topology optimization
- Topography optimization
- Size optimization
- Shape optimization
- DOE, ANOVA and metamodel based optimization
FEM Model Preparation
- Mesh model creation according to the customer requirements
Fatigue Analysis
- Stress-life / strain-life based fatigue evaluation
- Vibration fatigue calculations in frequency domain
- Fatigue of welded structures with respect to IIW, Eurocode, FKM, etc.
- Rainflow cycle counting with dynamic analysis
Crash Analysis
- Analyze the crashworthiness of vehicle designs in various crash scenarios, by means of advanced vehicle models
- Reduce the number of costly crash tests performed with actual prototypes
- Full frontal, offset frontal and side impact scenarios
- Occupant safety evaluation with virtual dummy models
Shock & Impact Analysis
Implicit and explicit shock analysis with respect to MIL-STD-810G, for land, air, and marine platforms.
Linear Dynamic Analysis
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Modal Analysis
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Random Vibration Analysis
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Harmonic Analysis
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Frequency Response Analysis
Static Analysis
- Linear and Nonlinear Static Analysis
Thermal Analysis
Computational Fluid Dynamic Analysis
Mine Blast Simulations
- Explicit finite element analysis with CONWEP and ALE methods in concept design and detailed design phases with:
- Plate level simulation
- Full vehicle simulation
Mortar Firing Simulations
- Static and dynamic firing simulations of small/high caliber bullets for both air and land systems
Ballistic Simulations
- Ballistic simulations for kinetic energy ammunition with Lagrange method
- FSP, AP bullet simulations with respect to STANAG 4569
Crash & Impact Simulations
- Crash and Impact simulations according to defense and automotive industry standards
Mechanical Testing
- Modal tests
- Load cell measurements
- Strain gauge application & measurement
- Post-processing of acquired test data
- PSD/FFT/SRS calculations
- Rainflow cycle histograms
- Utilization of test data in analysis environment
Prototyping
TEMPA Engineering works closely with several suppliers that are experts in their respective fields of:
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- CNC machining
- Bending
- AL and steel TIG/MIG/MAG welding
- Composites
- Large structures (> 1500 kg.)
- Additive manufacturing
- Assembly procedures
TEMPA Medical
Medical Engineering Analysis Services
Tempa Engineering offers expert engineering services related to the mathematical modeling of bio-mechanical structures. Starting from the base point of medical imagery data, we construct 3D solid geometry of existing bone & tissue formation, provide innovative design services regarding specialized implants or prostheses and evaluate the performance by means of complex finite element models. By working with state-of-the-art hardware & software infrastructure, our modeling capabilities include but are not limited to:
- Non-linear materials
- Non-linear contact analysis
- Fracture & failure modeling
- Explicit impact analysis
We not only reflect years of professional CAE experience to the projects that we take part in but also work with several medical consultants; doctors, dentists, and veterinarians.