Stress Analyzer

As per, IS 2712: 1998

Stress Analyser or GSR Biofeedback is a type of biofeedback that measures the electrical conductivity of the skin, which is related to: Stress levels: Higher conductivity indicates higher stress Relaxation: Lower conductivity indicates relaxation Emotional state: Changes in conductivity reflect emotional changesBenefits: Enhanced emotional awareness and control Improved sleep quality Increased self-awareness and self-regulationApplications: Stress management Anxiety disorders Peak performance training (e.g., sports, public speaking) Pain management Rehabilitation (e.g., physical therapy, occupational therapy)

Static stiffness/stress analysis of components, sub-systems, biw and tbiw using Nastran sol-101.

We carry out Stress Analysis during the designing phase of the production cycle of any item in order to assess the stress levels and displacements that a part or assembly can bear. Carried out as part of field failure analysis or safety evaluation, it can also be conducted in order to test components or assemblies, and is done before prototyping and testing. The engineers and technicians of our organization are can make use of finite element analysis and solid modeling techniques proficiently in order to check, in diverse applications, structural integrity and dynamic response of parts and assemblies that operate mechanically.

Higher Sampling Rate (4096 Hz) and Superior Resolution (12bits) for best ever ECG signal qualityCustom ECG Sampling Screen Displays for clear and high quality viewing of real time ECG, Superimposed Reference/actual Averaged ECG Complex, Full Disclosure, in 1, 3, 6 or 12-lead modeInstant Real Time ECG print outs or ECG Event Marker for later ECG reviewDM Software Holter algorhythm for Heart Rate Triggering, ECG Averaging, wandering baseline correction, antialising and noise filtering techniqueUser settings for ST analysis from J-point or ST point, Absolute or Delta ST Method, ST elevation and depression criteriaActual ECG versus Reference ECG or prior stage ECG comparison during testColor coded Arythmia analysis from DM Software Holter ECG technologyAuto, Hold, Manual modes for Treadmill and Ergometer controlAuto or Manual NIBP measurement inputFull Disclosure ECG Review, Heart Rate Recovery, individual ST Graph with ECG replay with superimposition, multi trends and graphs, ST reanalysisMultiple well known Protocols integrated and unlimited creation of new protocolsMulti Ergometers, Treadmills, VO2 interfaces, 2 Analog ECG outputsWindows 2000, NT, XP, Vista, Tablet PC CompatibleE-mail, PDF, ASCII, GDT, HL7, Dicom interfaces

12 Diffused Light Research Polariscope. Oblique Incidence Attachment. Telemicroscope With Stand. Stress Freeezing Oven.

Structural stress analysis is performed in order to ensure that a structure will fulfill its intended function in a given loads environment. It is important to anticipate all the possible failure modes and design against them. An important benefit of performing stress analyses is the ability to determine design sensitivities and to conduct trade studies. Thus, effective optimization of the structure can be achieved, enhancing reliability while reducing cost and weight.

PIPING STRESS CAESAR-II SERVICES

The DIAS-1600 Stress Analyzer uses digital imaging technology for stress inspection applications. This PC-based system is used for quality control, process control, failure analysis, product development, and research to ensure that residual stresses remain within specified limits. This package is ideal for products in which very low stresses can hamper product performance, such as optical components, lenses, compact disks, annealed parts, glass seals, TV glass, etc. DIAS gives Quantitative retardation/birefringence or stress measurements in a user-friendly, menu-driven PC format Easy visual inspection, eliminating errors and decisions based on the user s visual judgement with Reproducible, accurate results Automatic calibration.

Portable, non-destructive stress analyzer for use in the field and inside

Residual Stress Analyzer

MTS3000 Ring Core Machine

Stress Analyzer

STRESS ANALYSIS

12" diffused light research polariscope Reflection polariscope Oblique incidence attachment Stress freezing oven Fringe sharpener MMK Model cutter Model polisher Dust collector Needle vibrator Plate vibrator

We also provide the solution for GRE Pipe Stress analyzing

We offer high quality stress analysis

We are engaged in distributing and supplying a wide assortment of Robotic Residual Stress Analyzers that are sourced from the reliable vendors of the market. Designed with utmost precision, the offered range perfectly meets the industrial quality standards. Manufactured using optimum quality raw material and latest technology at vendors end, these analyzers undergoes on defined tests to ensure their flawlessness. Well-known for their optimum functioning, compact size, excellent performance and high durability, these are treasured among clients all across the nation. Description: Allows to measure residual stress, providing a through non-destructive analysis of samples of any dimensionsThe robot and the related measuring head are mounted on a robust trolley made of steel which holds all the control electronics, water cooler for X-ray tube cooling and personal computerAllows accuracy in positioning and repeatability of 20 micronsPossible to measure specimens positioned on the measuring platform on board or any other specimen positioned outside of the instrument basement at optimal measurement distance of 700 mm from the robot centreMeasurement target is defined by a combination of a Video camera for X-Y pointing and a laser for Z positioningLaser accuracy is less of 10 microns with a measuring range of 300+/-70mmThe 6 degree of freedom the measurement positions and angular ranges are practically unlimited

Stress Analyzer

MTS3000-Restan Automatic system for the measurement of residual stresses

Stress Measurement unit

Xstress 3000 G2R

We provide stress analysis for component, sub assembly and full vehicle level Linear and Nonlinear stress analysis, buckling load and stiffness prediction; NVH related analysis like Modal analysis, Frequency and Transient response analysis services using FEA. Typical Projects: Stress analysis of components of automobiles, off-road vehicles like tractor, cranes, harvesters, trailers etc. Full vehicle stress analysis under predefined road loads using inertia relief techniques. Evaluate Bending and Torsion stiffness of Automobile Structures such as BIW, Chassis, Body on Chassis etc. required for ride parameter optimization and aperture distortion study. Non Linear stress analysis for predicting permanent deformations and stress in problems like door sag analysis, denting analysis of outer panels of a car, fuel tank collapse due to vacuum, heavily loaded mounting brackets and suspension components like knuckle. Sealing pressure and crushing prediction in asbestos and metal gaskets using Nonlinear FEA. Load prediction in snap fitting plastic components etc using Nonlinear FEA.

Our piping designs assure that a system has adequate flexibility, and specify spring supports and rigid restraints. Complete piping system design includes design and specification of supports, restraints, valve selection, specification of specialty items such as expansion joints, orifice plates, pressure safety valves, etc, and bills of materials. Piping designs will be provided to the level of detail requested; from full designs, to piping layout and stress analysis only.